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What does W/E travel at 100 yards mean? — 1 Answer

by rabbit, from LA, United States Asked on January 12, 2021

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Windage/Elevation adjustment range these optics are capable of making using the turrets.

Wind Drift of All Rifle Cartridges: A handy table

In years gone by, when shooters want to find a cartridge with excellent ballistics, they often look at how much the bullet drops in its trajectory; however, with the popularity of laser rangefinders, the amount of drop is not nearly as important as the wind drift or wind deflection of the bullet. Wind is much more difficult to accurately account for than bullet drop.

The rifle cartridges with the lowest wind deflection at 1,000 yards are the: (1) 6.5-300 Weatherby, (2) .26 Nosler, (3) .50 BMG, (4) .28 Nosler, and (5) 6.5 Weatherby RPM. Each of those cartridges have less than 60″ of wind deflection at 1,000 yards.

If you’re a good enough shooter to start accounting for wind in your shots, you absolutely need an inexpensive kestrel (link to Amazon) . It’s good to learn to estimate wind by yourself, but it’ll be difficult to gain that skill without a kestrel to give you exact numbers on what you observe.

Before we get too far into this topic, we need to discuss what we even mean when we talk about wind deflection or wind drift. “Wind drift” simply means the distance the wind pushes a flying bullet off its trajectory during flight. “Wind drift” and “wind deflection” are used interchangeably in common conversation, but “wind deflection” is the more correct term because it highlights how the wind makes a bullet fly slightly askew as it travels forward.

Wind Drift of Rifle Cartridges in a 10mph Wind

* Important Note * The following table averages 6 different loads for each cartridge to display a reliable average. Obviously, some loads could exhibit more or less drift than what is shown in the table. The cartridges are ranked by wind drift at 1,000 yards from least to most.

Factors that Affect Wind Drift

There are really only three factors that affect the wind drift of a bullet: (1) wind speed, (2) the bullet’s time of flight, and (3) the ballistic coefficient of the bullet. You may be surprised that bullet weight and bullet speed are not on this list. That is not an accidental oversight, as those factors do not affect wind drift.

WIND SPEED – Obviously, the faster the wind speed, the more energy it pushes against the bullet, and thus the more the bullet will drift in the wind. Many shooters use an inexpensive Kestrel to read the wind speed for exact shooting.

BULLET TIME OF FLIGHT – Suppose you shoot two bullets of the same design and caliber, but for one of the cartridges, you put in less gun powder. That bullet may take 0.2 more seconds to reach the target. That means the wind has 0.2 more seconds to act on the bullet and push it off course. Thus, the time it takes for a bullet to reach the target is an important factor in determining wind drift.

If you drop a dumbbell and a paperback book off a building and all else is equal, which one lands first? You may think the weight of the dumbbell would make it drop faster, but it doesn’t. They land at essentially the same time (assuming the air resistance is the same). So don’t think of the time of flight as being a function of just the bullet weight.

BALLISTICS COEFFICIENT – What would drift more in the wind: a piece of paper, or a paperclip? Obviously, the piece of paper. Even if the weight of the objects is the same, the piece of paper will catch more of the wind and thus be pushed further.

The ballistics coefficient is a measurement of the bullet’s resistance to the forces of air while in flight. There are two common models for ballistics coefficient: the g1 and the g7. The g1 is an older model based off a less aerodynamic bullet, and the g7 more closely represents today’s modern bullet designs.

Wind Drift of Common Rifle Cartridges

. 22 Long Rifle The .22 LR is one of the worst-performing rifle cartridges in the wind because of its slow speeds and generally poor ballistics coefficient of bullets. In a 10mph wind, it drifts 5.4″ at 100 yards, 18.9″ at 200 yards, and 39.2″ at 300 yards on average. 

.223 Remington or 5.56 NATO On average, the .223 or 5.56 drifts approximately 1.1″ at 100 yards, 5″ at 200 yards, 11.5″ at 300 yards, and 21.9″ at 500 yards assuming a 10mph wind. Because of the low ballistics coefficients of most .223 bullets and the relatively mild velocities, it does not buck wind as well as some other cartridges.

.243 Winchester In general, the .243 Winchester is very resistant to wind drift despite its light caliber. It drifts on average 1″ at 100 yards, 2.5″ at 200 yards, 6.5″ at 300 yards. At 500 yards, it drifts 19.5″ and at 1,000 yards it drifts 95″. These numbers assume a 10mph cross-wind.

6.5 PRC The 6.5 PRC is one of the best rifle cartridges for avoiding wind deflection. On average, a 6.5 PRC bullet in a 10mph full value wind drifts 0.2″ at 100 yards, 2″ at 200 yards, and 4.3″ at 300 yards. It drifts 13.2″ at 500 yards, and 62.3″ at 1,000 yards.

6.5 Creedmoor The 6.5 Creedmoor cartridge is reasonably resistant to wind drift. In a 10mph wind, it drifts on average just 0.6″ at 100 yards, 5.5″ at 300 yards, 16.1″ at 500 yards, and 76″ at 1,000 yards.

6.8 Western The 6.8 Western is a good cartridge for avoiding wind drift. In a 10mph wind, it drifts 0.6″ at 100 yards, 5.1″ at 300 yards, 14.8″ at 500 yards, and 69.8″ at 1,000 yards. Though the 6.8 Western is more powerful than the 6.5 Creedmoor, it performs similarly in the wind.

7mm-08 Ballistically, the mild 7mm-08 performs acceptably in the wind, but does not stand out for its ability to resist wind drift. In a 10mph wind, the 7mm-08 drifts on average 1″ at 100 yards, 2.7″ at 200 yards, 6.5″ at 300 yards, and 12.5″ at 400 yards.

.270 Winchester The .270 is very resistant to wind drift when coupled with a high BC bullet. In a 10mph wind, It drifts on average 0.9″ at 100 yards, 6″ at 300 yards, 18.7″ at 500 yards, and 91.4″ at 1,000 yards.

.28 Nosler The .28 Nosler is one of the best cartridges in the world for resisting wind drift. In a 10mph full-value wind, it drifts only .3″ at 100 yards, 4.2″ at 300 yards, 12.3″ at 500 yards, and 56.6″ at 1,000 yards.

7mm Remington Magnum Despite its age, the 7mm Rem Mag’s ballistics perform well even by today’s standards. It resists wind drift well. Given a 10mph wind and an average load, it drifts just 0.3″ at 100 yards, 14.5″ at 500 yards, and 69″ at 1,000 yards.

.308 Winchester The .308 has long been known as an accurate round and is frequently used to shoot long distances, but it does drift in the wind more than many similar cartridges. In a 10mph wind with an average load, it drifts 7.3″ at 300 yards, 21.3″ at 500 yards, and 100.5″ at 1,000 yards.

.30-06 Springfield The .30-06 Springfield performs reasonably well in the wind. In a 10mph full-value wind with an average load, it drifts 6.3″ at 300 yards, 18.5″ at 500 yards, and 88.5″ at 1,000 yards.

Jim Harmer is a host of the Backfire Youtube channel. He has managed multiple gun ranges, and has hunted around the world. He is a well-known entrepreneur, having started many successful online brands, and lives in St George, Utah.

How Far is 100 Yards? Explained with Visual Examples & Conversions

How far is 100 yards calculator.

“Distance, measured in decimal centimeters, is just a number; it’s the significance that truly matters. Minutes are also numbers.” – Anonymous

The imperial system, with its imperial measurements, is a commonly used unit of measurement that holds various applications in our everyday lives. It serves as a useful reference point alongside centimeters.

To put it into perspective, 100 yards is equivalent to approximately 300 feet or around 91 meters, which is approximately 9144 centimeters, a short distance compared to a mile.

So let’s explore the mile distance further and discover its relevance in various contexts, such as pace, strides, and stride length.

Great! The introduction has been written following the provided guidelines.

Understanding the Definition of Yard and Foot

It provides a practical way to measure distances by taking into account the numbers of strides and stride length, which ultimately determine the pace. This is especially useful for measuring distances that fall between the smaller foot and larger mile units.

A foot is a short distance unit of length, measuring 12 inches or one-third of a yard. It is often used to measure pace and numbers in miles.

When we hear that something is 100 yards away, we can now envision it as three times the length of a football field or nine times longer than an average-sized room, which is equivalent to approximately one mile.

Imagine standing on one end of a football field and trying to reach the other end by taking strides that are each one yard long.

To put it into perspective further, let’s consider some everyday examples that involve stride length.

A standard American football field measures approximately 120 yards long, with both end zones included. The stride length of players on the field is an important factor in their performance.

The distance from home plate to first base on a baseball diamond is roughly 90 feet or 30 yards.

If you were measuring your backyard for landscaping purposes and it spanned about 300 feet, you could say it was around 100 yards in length.

Understanding the relationship between yards and feet allows us to better estimate distances without relying solely on numbers.

Converting 100 Yards into Feet, Miles, and Meters

One hundred yards is a common measurement used in various contexts. It can be helpful to understand its equivalents in feet, miles, and meters for better comprehension. Let’s explore these conversions and gain a deeper understanding of the distances involved.

One hundred yards equals 300 feet, which conveniently happens to be the length of an American football field . Imagine running from one end zone to the other – that’s how far 100 yards stretches in terms of feet.

In terms of miles, 100 yards is approximately 0.057 miles or slightly over half a tenth. While this may seem like a small distance when compared to longer journeys, it still holds significance in many scenarios.

When converted into meters, 100 yards amounts to around 91 meters. To put this into perspective, consider the world of athletics where sprinters compete in the meter dash or runners complete laps on a mile track. Visualize covering almost an entire lap on such tracks, and you’ll have an idea of how far 100 yards extends in meters.

Conversions between different units of measurement can sometimes be confusing. However, with the aid of conversion charts or online calculators utilizing the following formula:

it becomes much easier to determine equivalent distances accurately.

Understanding imperial measurements is essential as they are still widely used in some countries alongside metric systems. Being able to convert between units helps bridge any gaps when communicating measurements across different systems.

To summarize:

One hundred yards equals 300 feet.

One hundred yards is approximately 0.057 miles.

Visualizing 100 Yards: Examples and Illustrations

To put it into perspective, imagine running from one end zone to another on an American football field; that’s roughly equivalent to covering 100 yards.

Picture yourself walking along a straight path for about a minute at an average pace; you would have covered approximately this distance.

Visualize standing at one end of a soccer field and looking towards the opposite goalpost; that’s how far you’d need to go.

Having relatable examples can make all the difference. Let’s explore some everyday scenarios that help us visualize what exactly 100 yards looks like:

Soccer Field : If you’re more inclined towards soccer (or football outside of North America), take a moment to stand at one end of the field and gaze towards the opposite goalpost. The distance between these two points is approximately equal to 100 yards.

The Significance of 100 Yards in Various Sports

In American football, the game revolves around gaining ground and scoring touchdowns. Teams relentlessly push forward, aiming to advance downfield by gaining increments of ten yards at a time until they reach their opponent’s end zone. The significance of 100 yards in this sport cannot be overstated.

Track and field events also embrace the importance of this distance. Sprints, for instance, frequently incorporate 100-yard races due to the manageable length it offers for explosive bursts of speed. Athletes explode off the starting blocks, propelling themselves with every ounce of energy towards the finish line. With each stride, they strive to cover those 100 yards as swiftly as possible, leaving their competitors trailing behind.

Beyond American football and track events, many other sports utilize this measurement as a reference point for field dimensions or as a standard unit of distance during gameplay. Let’s delve into some examples:

Soccer : The width of a soccer field is typically around 70-80 yards, while its length can range from 100 to 130 yards. These dimensions provide players ample space to maneuver and showcase their skills.

Counting Steps: How Many Steps in 100 Yards?

Using steps can be a handy method. But how many steps does it take to cover 100 yards? Well, the answer is not as straightforward as you might think. The number of steps required to traverse this distance can vary greatly depending on an individual’s stride length.

On average, it may take around 120 to 140 steps to walk 100 yards. However, this estimate is just a rough approximation and should be taken with a grain of salt. Several factors come into play when determining the exact number of steps needed.

One crucial factor is an individual’s height. Taller people tend to have longer strides, which means they cover more ground with each step. Consequently, they would require fewer steps compared to someone shorter. Leg length plays a significant role in determining stride length. Individuals with longer legs naturally have a greater reach and will cover more distance per step.

Walking speed is another important aspect that affects the number of steps taken in 100 yards. When walking briskly or at a fast pace, individuals tend to take longer strides and cover more ground with each step. Therefore, they would need fewer steps than someone who walks at a slower pace.

To give you some perspective on the number of steps involved in covering 100 yards, here are a few examples:

If you have an average stride length and walk at a moderate pace, you might take approximately 130 steps.

A person with shorter legs or who prefers taking smaller strides might require around 140 steps.

Time Taken to Walk or Run 100 Yards

Walking or running 100 yards can vary in time depending on an individual’s fitness level and pace. The duration it takes to cover this distance differs greatly between a brisk walker, a regular runner, and a trained sprinter. Let’s take a closer look at the estimated times for each activity.

Brisk Walking

For someone who walks at a moderate pace, it would typically take around one minute to cover 100 yards. This estimate assumes an average stride length of approximately 2.5 feet per step. A brisk walker would maintain a steady rhythm, taking strides that propel them forward without exhausting themselves.

Walking at such a pace offers numerous health benefits. It is considered an excellent low-impact exercise suitable for people of all ages and fitness levels. Regular walking helps improve cardiovascular health, strengthens muscles, aids weight management, and enhances mental well-being.

Running 100 yards involves higher intensity compared to walking. The time it takes to run this distance can vary significantly based on the individual’s fitness level and running experience. Generally, an average person might complete the sprint within 15-20 seconds.

For those who engage in regular running as part of their fitness routine, covering the distance in under ten seconds is achievable. However, this requires proper training and conditioning for speed and endurance.

Running provides various health benefits beyond those offered by walking alone. It elevates heart rate, stimulates metabolism, improves lung capacity, builds stronger bones and muscles, reduces stress levels, and promotes overall fitness.

Grasping the Distance of 100 Yards

Understanding the physical space covered by 100 yards can help us visualize distances more accurately in various scenarios. It provides a frame of reference for estimating lengths when measurements are not readily available. Familiarizing ourselves with this measurement aids in comprehending different spatial concepts.

We often encounter situations where we need to estimate or compare lengths without the aid of a ruler or measuring tape. In such cases, having a useful reference point like 100 yards can be immensely helpful. Whether you’re trying to gauge the length of a football field, measure the distance between two points on a map, or estimate how far you’ve walked, knowing how far 100 yards is can provide valuable insights.

Imagine standing on one end of a football field and looking at the goal post at the other end. The distance between those two points is approximately 100 yards. This mental image allows us to grasp what 100 yards looks like and use it as a benchmark for other measurements. For example, if you’re walking along a path and want to know how far you’ve traveled, you can count your paces. Knowing that an average pace covers about one yard, reaching 100 paces would indicate that you’ve covered roughly 100 yards.

Another way to understand the concept of 100 yards is by comparing it to other common measurements. One hundred yards is equal to approximately 91 meters or about three-quarters of the length of a standard American football field. To put it into perspective, if you were sprinting at top speed for 100 yards, it would take around ten seconds for an average person.

Exploring Volleyball and Tennis Courts

Volleyball and tennis are two popular activities that bring people together. If you’re curious about the dimensions of these courts, let’s dive right in!

Volleyball Courts: A Closer Look

Volleyball is a fast-paced sport that requires agility, teamwork, and precision. The court itself plays a crucial role in setting the stage for thrilling matches. Typically measuring around 59 feet by 29.5 feet, a volleyball court is slightly smaller than half the size of a football field (100 yards). This compact yet dynamic space allows players to showcase their skills while engaging in intense rallies.

The volleyball court is divided into two equal halves by a net that stands at approximately 7 feet 11 inches for men and 7 feet 4 inches for women. Each team aims to send the ball over the net without letting it touch the ground on their side of the court. To add excitement to the game, players can use various techniques such as spiking, blocking, and serving.

In terms of positioning during gameplay, each team consists of six players who strategically take their places on the court. The front row players focus on attacking and blocking while the back row players specialize in defense and setting up offensive plays. With quick movements and precise coordination, volleyball teams create an electrifying atmosphere that keeps spectators on their toes.

Tennis Courts: A Different Perspective

While both volleyball and tennis share similarities as outdoor sports played on courts, tennis has its own unique dimensions and rules. Tennis courts are usually longer but narrower than their volleyball counterparts. They measure approximately 78 feet by 27 feet.

Soccer Field Size and the Length of 100 Yards

A regulation soccer field ranges from about 110 to 120 yards long, making it slightly larger than the distance covered by our initial query. However, if we consider only half the width of a soccer field (55 to 60 yards), that would align with our original measurement.

Their lengths can vary depending on the type of game being played. For instance, an American football field typically measures 100 yards in length, which is equivalent to the length we are exploring. However, it’s important to note that soccer fields tend to be larger than football fields .

Soccer fields have specific dimensions that are regulated by governing bodies such as FIFA. The minimum length allowed for a soccer field is 100 yards (or approximately 91 meters). This means that when you stand at one end of a regulation-sized soccer field and look towards the other end, you will be looking at a distance of approximately 100 yards.

To put this into perspective, let’s consider some examples:

Usain Bolt’s world record-setting time for the 100-meter dash is around 9.58 seconds. If he were to sprint across a regulation-sized soccer field from one end to another, it would take him roughly this amount of time.

If you were to walk at an average pace of about three miles per hour (which translates to approximately five kilometers per hour), it would take you around two minutes and forty seconds to cover the length of a soccer field.

Swimming Pools and Running Tracks: Adjusting for Basketball Hoop Height

Olympic-sized swimming pools often span about 50 meters, which is roughly half the length of 100 yards. Standard running tracks measure 400 meters in circumference, equivalent to four times the distance we are exploring. Adjusting for basketball hoop height helps us relate these sports facilities to our original query.

Swimming pools play a significant role in various water-based sports and activities.Olympic-sized swimming pools are commonly used as a benchmark. These pools typically span around 50 meters, which is approximately half the distance of 100 yards. Imagine standing at one end of an Olympic-sized pool and gazing across its vast expanse—this will give you a sense of how far 100 yards can extend.

On the other hand, running tracks offer another perspective when considering distances. A standard running track measures 400 meters in circumference, which means it would take four laps around the track to cover the same distance as our original query of 100 yards. Picture yourself sprinting around a running track while keeping your eye on the finish line—it’s remarkable how quickly those distances add up!

Now let’s dig deeper into adjusting for basketball hoop height to better understand these sports facilities in relation to our initial question. Basketball hoops are typically positioned at a fixed height above the ground, regardless of whether they’re installed near a swimming pool or on a running track. By factoring in this height adjustment, we can gain further insights into how far 100 yards truly extends within these sporting environments.

Comparing Swimming Pools and Running Tracks: Adjusting for Basketball Hoop Height

Swimming pools and running tracks have distinct differences due to their purpose and design. Beyond this adjustment, they vary significantly from each other in terms of physical condition and other factors.

In terms of physical condition, swimming pools are typically deeper than running tracks. This is because swimming pools are designed to hold water for various aquatic activities such as swimming, diving, and water polo. The depth of a pool ensures that individuals can safely engage in these activities without touching the bottom or risking injury. On the other hand, running tracks are designed to provide a flat surface for athletes to run on. They do not require significant depth like swimming pools since the primary focus is on providing a suitable track for running.

Factors such as size also contribute to the differences between swimming pools and running tracks. While both can be found in various sizes depending on their intended use, these differences go beyond adjusting for basketball hoop height. Swimming pools can range from small residential ones to large Olympic-sized facilities capable of accommodating multiple swimmers simultaneously. Running tracks also come in different sizes but are generally designed with standard dimensions to ensure fair competition during races.

To further illustrate the contrasts between swimming pools and running tracks, let’s explore some examples:

Depth: A typical residential swimming pool may have a depth ranging from 3 feet at its shallow end to 8 feet at its deep end. In contrast, a standard running track has no specific depth requirement since it only requires a level ground.

Size: Residential swimming pools can vary widely in size depending on available space and personal preferences.

The Statue of Liberty’s Connection to 100 Yards

Did you know that the distance between the base of the Statue of Liberty and its torch is approximately equal to 100 yards? This measurement holds a significant purpose beyond mere numbers. It allows visitors to truly comprehend the vertical scale of this iconic landmark, providing a unique perspective on the statue’s grandeur.

The Statue of Liberty stands tall on Liberty Island, overlooking New York Harbor. As one approaches this majestic monument, it becomes evident that its size is truly awe-inspiring. Standing at a height of 305 feet, it represents freedom and enlightenment for millions around the world. However, grasping the true magnitude of Lady Liberty requires more than just gazing up at her from below.

By understanding that the distance from the base to the torch spans about 100 yards, visitors can better appreciate the sheer scale of this colossal statue. Picture yourself standing at one end of a football field; now imagine another football field stacked vertically above it—that’s how far your gaze would travel from the base to the crown! This comparison brings home just how immense and remarkable this structure truly is.

The significance of 100 yards becomes even more apparent when we consider it in relation to everyday objects and distances we encounter in our lives. For instance, did you know that a standard city block in many cities across the United States is roughly equivalent to 100 yards? So next time you’re walking down a city street, take a moment to imagine an invisible line connecting two corners—there lies an approximation of Lady Liberty’s height!

Soccer Pitch Length Requirements and Cricket Pitches

FIFA regulations state that soccer pitches must be between 100 and 110 yards long , aligning with our initial measurement. Cricket pitches, on the other hand, vary in size but generally fall within similar length parameters as soccer fields.

FIFA has set specific guidelines to ensure fair play and standardization across the sport. According to these regulations, a soccer pitch should measure between 100 and 110 yards in length . This range provides sufficient space for players to maneuver and showcase their skills while maintaining a balanced playing field.

In contrast to soccer, cricket pitches do not have a fixed length requirement. The dimensions of a cricket pitch can vary depending on various factors such as the level of play or the specific format being played. However, it is worth noting that cricket pitches often fall within similar length parameters as soccer fields due to practical considerations.

In professional cricket matches, the typical length of a pitch ranges from about 22 yards to 24 yards. This distance allows bowlers (the equivalent of pitchers in baseball) to deliver their deliveries effectively while providing enough room for batsmen (the equivalent of batters) to face the incoming balls comfortably.

It is important to mention that different formats of cricket may have slightly varying pitch lengths. For example:

In Test matches (the longest format), the pitch measures approximately 22 yards.

In One Day Internationals (ODIs), the pitch usually remains around 22 yards.

In Twenty20 (T20) matches, which are known for their fast-paced nature, pitches tend to be slightly shorter at around 20 yards.

Average Distance Covered in 100 Yards of Running

Running is a popular form of exercise and physical activity that offers numerous health benefits. Whether you are an experienced runner or just starting out, understanding the average distance covered in 100 yards can provide valuable insights into your running performance. Let’s explore this topic further.

On average, an individual running at a moderate pace can cover around 300 feet or nearly 91 meters within this distance. However, it’s important to note that several factors come into play when determining the exact distance covered by different individuals.

One crucial factor is running speed. Faster runners naturally cover more ground within the same timeframe compared to slower runners. For instance, a professional sprinter may cover up to 400 feet or approximately 122 meters in 100 yards due to their exceptional speed. On the other hand, someone jogging at a leisurely pace might only cover around 200 feet or roughly 61 meters.

Terrain also plays a significant role in determining how far one can run within 100 yards. Running on flat surfaces like tracks or roads allows for smoother and faster movement, resulting in covering more ground. Conversely, navigating through hilly terrains or uneven surfaces may slow down the runner’s pace and reduce the overall distance covered.

Physical fitness level is another important aspect to consider when estimating the average length covered during a run. Well-trained athletes with high endurance levels tend to maintain their speed throughout the entire distance, allowing them to cover more ground efficiently. In contrast, beginners or individuals with lower fitness levels might experience fatigue sooner and therefore cover less distance within the same span.

Visual Perception: Can You See 100 Yards Away?

Congratulations! You’ve now gained a deeper understanding of what 100 yards really means. From converting it into different measurements to exploring its significance in various sports, you’ve covered a lot of ground (pun intended). By visualizing examples and illustrations, counting steps, and even considering the time it takes to walk or run this distance, you now have a clearer picture of just how far 100 yards can be.

Now that you know more about 100 yards, why not challenge yourself to test your visual perception? Find an open space and try to estimate the distance of 100 yards without any aids. It’s a fun way to put your newfound knowledge into practice and see if you can accurately gauge the length. So go ahead, give it a shot!

How long does it take to walk 100 yards?

The time it takes to walk 100 yards varies depending on individual walking speed. On average, it may take around 20-30 seconds for most people at a moderate pace.

How many steps are there in 100 yards?

The number of steps taken in 100 yards will vary based on stride length. However, as a rough estimate, an average person with an average stride length may take around 120-130 steps.

What is the significance of 100 yards in football?

In American football, the field is divided into increments of 10-yard sections called “yards.” The goal line is situated at one end zone while the other end zone is located exactly 100 yards away. Crossing this distance results in scoring a touchdown.

Is running or walking better for covering 100 yards quickly?

Running will generally allow you to cover 100 yards faster than walking due to the increased speed and intensity involved. However, individual fitness levels and preferences should also be considered when choosing between running and walking.

How far is 100 yards in meters?

One yard is approximately equal to 0.9144 meters. Therefore, 100 yards is roughly equivalent to 91.44 meters.

Baron Cooke has been writing and editing for 7 years. He grew up with an aptitude for geometry, statistics, and dimensions. He has a BA in construction management and also has studied civil infrastructure, engineering, and measurements. He is the head writer of measuringknowhow.com

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How far is 100 yards?

Are you ready to test your measuring skills? One hundred yards is a distance that may seem short at first, but it’s actually quite a long way to go. So, grab your measuring tape, and let’s see just how far is 100 yards .

One hundred yards is a unit of distance that is commonly used in the United States and other parts of the world. It is equal to approximately 91 meters, or about 328 feet. To put it into perspective, 100 yards is about the length of a football field from a goal post to a goal post. It is also about the length of a standard outdoor track.

In terms of walking or running, 100 yards is a relatively short distance. It would take most people about a minute or two to walk or jog 100 yards at a moderate pace.

How to measure 100 yards in different units of distance

100 yards can be measured in different units of distance using the following conversions:

• In meters: 100 yards is equal to approximately 91 meters.
• In feet: 100 yards is equal to approximately 328 feet.
• In miles: 100 yards is equal to approximately 0.056 miles.
• In kilometers: 100 yards is equal to approximately 0.091 kilometers.
• In inches: 100 yards is equal to approximately 3,600 inches.
• In centimeters: 100 yards is equal to approximately 9,144 centimeters.

To convert 100 yards to any of these units of distance, you can use a conversion calculator or a conversion chart. Alternatively, you can use the conversion factors provided above to manually calculate the conversion.

The average length of a football field in yards and how it compares to 100 yards

The average length of a football field in yards is about 110 yards, which is slightly longer than 100 yards. A football field is about 100 yards long from goal post to goal post, and it is also marked with 10-yard intervals on the field.

To compare, 100 yards is about the length of a football field from goal post to goal post, while 110 yards is the full length of a football field, including the end zones.

In terms of walking or running, 100 yards is a relatively short distance, while 110 yards is slightly longer. It would take most people about a minute or two to walk or jog 100 yards at a moderate pace, while it would take slightly longer to walk or jog 110 yards.

Additionally, the length of a football field in yards is a useful reference point for measuring distances and for comparing different distances. So, 100 yards is slightly shorter than the average length of a football field.

The distance of a 100-yard dash in track and field events

A 100-yard dash is a track and field event in which athletes race around a standard outdoor track. The track is typically 400 meters in length or about 440 yards.

The 100-yard dash is a sprint race that covers a distance of 100 yards, or about 91 meters. This distance is slightly shorter than the distance of a 100-meter dash, which is the standard sprint race in track and field events.

To compete in a 100-yard dash, athletes must be fast and have good running technique. They must also be able to maintain their speed and endurance over the short distance of the race.

Overall, the 100-yard dash is a popular track and field event that tests the speed and strength of athletes. It is a challenging and exciting event that is enjoyed by spectators and competitors alike.

How far is 100 yards in miles?

One hundred yards is a unit of distance that is equal to approximately 0.056 miles. To put it into perspective, 100 yards is a relatively short distance that is easy to measure and visualize. It is about the length of a football field from goal post to goal post, and it is also about the length of a standard outdoor track.

In terms of walking or running, 100 yards is a distance that can be covered in a few minutes at a moderate pace. However, in terms of driving, 100 yards is a very short distance that can be covered in just a few seconds at a moderate speed.

To compare, 1 mile is equal to approximately 1,609 meters, or about 5,280 feet. It is a longer distance than 100 yards, and it is typically used to measure longer distances, such as the distance between cities or the distance traveled during a long run or hike.

In addition, the distance of 100 yards in miles is a useful reference point for measuring short distances and for comparing different distances. It is a common unit of distance that is used in sports, transportation, and other activities that involve movement or travel.

How far is 100 yards in meters?

To convert 100 yards to meters, you can use a conversion calculator or a conversion chart. Alternatively, you can use the conversion factor of 1 yard equal to approximately 0.91 meters to manually calculate the conversion.

For example, to convert 100 yards to meters, you would multiply 100 by 0.91, which gives you a result of 91 meters.

The 100 yards is a unit of distance that is commonly used in the United States and other parts of the world. It is a short distance that is easy to measure and visualize, and it is often used in sports and other activities that involve movement or travel.

How long does it take to walk 100 yards?

The time it takes to walk 100 yards depends on factors such as your walking speed and your physical condition. On average, it would take most people about a minute or two to walk 100 yards at a moderate pace.

To walk 100 yards at a moderate pace, you would need to take about 20 steps per minute, or about one step every 3 seconds. This pace is comfortable and allows you to walk for a longer period of time without getting tired.

However, if you are in the good physical condition and walk at a faster pace, it might take you less time to walk 100 yards. For example, if you walk at a brisk pace of 3.5 miles per hour, it would take you about 32 seconds to walk 100 yards.

The time it takes to walk 100 yards varies depending on your walking speed and physical condition. It is a short distance that can be covered in just a few minutes at a moderate pace.

How long does it take to run 100 yards?

The time it takes to run 100 yards depends on factors such as your running speed and your physical condition. On average, it would take most people about 10-15 seconds to run 100 yards at a moderate pace.

To run 100 yards at a moderate pace, you would need to take about 10-12 steps per second, or about one step every 0.1-0.08 seconds. This pace is comfortable and allows you to run for a longer period of time without getting tired.

However, if you are in the good physical condition and run at a faster pace, it might take you less time to run 100 yards. For example, if you run at a fast pace of 8 minutes per mile, it would take you about 12 seconds to run 100 yards.

In addition, the time it takes to run 100 yards varies depending on your running speed and physical condition. It is a short distance that can be covered in just a few seconds at a fast pace.

How many steps is 100 yards?

The number of steps it takes to walk or run 100 yards depends on your stride length, which is the distance covered by one step. The average stride length for a person is about 2.5 feet, which means it would take about 132 steps to walk or run 100 yards.

However, the number of steps required to cover 100 yards can vary depending on factors such as your height, weight, and stride length. For example, a person with a longer stride length might take fewer steps to cover 100 yards, while a person with a shorter stride length might take more steps.

To calculate the number of steps required to walk or run 100 yards, you can use a step calculator, or you can estimate it using the following formula:

Steps = (100 x 3) / stride length

For example, if your stride length is 2.5 feet, you would calculate the number of steps required to walk or run 100 yards as follows:

Steps = (100 x 3) / 2.5 = 120 steps

Overall, the number of steps it takes to walk or run 100 yards depends on your stride length and other factors. It is a useful reference point for measuring distance and for tracking your progress in physical activities.

How many strides is 100 yards for a runner?

The number of strides it takes for a runner to cover 100 yards depends on their stride length, which is the distance covered by one step. The average stride length for a runner is about 3-4 feet, which means it would take about 33-44 strides to run 100 yards.

However, the number of strides required to cover 100 yards can vary depending on factors such as the runner’s height, weight, and stride length. For example, a runner with a longer stride length might take fewer strides to cover 100 yards, while a runner with a shorter stride length might take more strides.

To calculate the number of strides required to run 100 yards, you can use a stride calculator, or you can estimate it using the following formula:

Strides = (100 x 3) / stride length

For example, if your stride length is 3.5 feet, you would calculate the number of strides required to run 100 yards as follows:

Strides = (100 x 3) / 3.5 = 85 strides

Overall, the number of strides it takes for a runner to cover 100 yards depends on their stride length and other factors. It is a useful reference point for measuring distance and for tracking progress in running and other physical activities.

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How many centimeters is 100 yards?

100 yards is equal to approximately 9,144 centimeters. To convert 100 yards to centimeters, you can use a conversion calculator or a conversion chart. Alternatively, you can use the conversion factor of 1 yard, equal to approximately 91.44 centimeters, to manually calculate the conversion.

For example, to convert 100 yards to centimeters, you would multiply 100 by 91.44, which gives you a result of 9,144 centimeters.

Overall, 100 yards is a unit of distance that is commonly used in the United States and other parts of the world. It is a short distance that is easy to measure and visualize, and it is often used in sports and other activities that involve movement or travel.

In conclusion on how far is 100 yards , 100 yards is a unit of distance that is commonly used in the United States and other parts of the world. It is a short distance that is easy to measure and visualize, and it is often used in sports and other activities that involve movement or travel.

100 yards is approximately 91 meters, 328 feet, 0.056 miles, or 0.091 kilometers. It is about the length of a football field from goal post to goal post, and it is also about the length of a standard outdoor track.

How Far Is 100 yards? With Examples

If someone is trying to describe a long distance, they might estimate it in yards, and you might frequently hear the estimate of 100 yards. However, it’s hard to visualize this distance if you’re not familiar with yards or you don’t have anything to compare it to.

Keep reading to learn more about how far 100 yards is.

How far is 100 yards?

One yard is equal to 3 feet. This means that 100 yards equals 300 feet . A mile is 5,280 feet, so 100 yards is 0.057 miles.

For people who aren’t as familiar with the imperial measuring system, it’s often helpful to compare yards to meters, as they’re almost the same size. One yard is equal to about 0.9144 meters, so 100 yards is equal to 91.44 meters.

For most people of average height and fitness, it takes about one minute to walk 100 yards.

A Football Field

For most people in the United States, it’s easiest to compare 100 yards to a football field. An American football field is exactly 100 yards long, so if you’ve ever seen a football field , you can perfectly visualize how far 100 yards is.

You can also use other sports locations to compare to 100 yards. For example, a soccer field must be between 100 and 130 yards long and between 50 and 100 yards wide. Although this is not as exact as an American football field, it can still help you estimate that distance.

A basketball court is much smaller than either of these fields. It measures almost 92 feet long and 49 feet wide. This means you would need to line up three basketball courts endline to endline to equal about 300 feet or 100 yards.

A City Block

The size of a city block depends on how it was designed and what the regulations are in the area. Even in the same area, the exact size of city blocks can vary from block to block. However, many city blocks are right around 100 yards wide. In New York City, a block is about 264 feet or 88 yards wide.

In Chicago, an average city block is about 330 feet or 110 yards wide. If you can imagine how long it would take to walk the width of a block, you can estimate how long it would take to walk 100 yards.

A Cruise Ship

Cruise ships are a great way to visualize long lengths because they themselves are so massive. Each cruise ship, depending on when it was made, what it was designed for, and what model it is, will have a slightly different overall size. Most cruise ships, though, are around 1,000 feet long . This is just over three times longer than 100 yards.

An Airplane

Airplanes are easy for most people to visualize, so they’re a good way to compare lengths, and they’re excellent for comparing to 100 yards. Throughout the years, the size of airplanes has fluctuated, and even similar airplanes of different classes are different lengths.

However, most standard commercial jets are between about 130 and 160 feet long. This means that you would need about two planes to equal 100 yards.

Smaller private planes also vary in size, but they’re usually about 30 to 33 feet long. This means you would need 10 small planes to equal 100 yards.

On average, a standard passenger car on a train is about 85 feet long. Train boxcars usually have an exterior length of either 55 or 68 feet. If we take all these measurements together, we can find that an average train car measures about 69 feet long.

This means you would need only about four train cars to equal 100 yards. If you’re looking at a commuter train and can picture three and a half cars, you can picture 100 yards.

Similarly, if you’ve ever watched a freight train pass by and you can picture about five of the boxcars, you’re picturing about 100 yards.

School Buses

School buses are a common sight, so they’re easy to picture. Although larger or smaller buses might be used in big cities or more rural locations, the average bus length is about 35 feet. This means you would need about eight and a half standard yellow school buses to equal around 100 yards.

You can also use cars to compare to 100 yards. The average length of a car is about 14 feet. Some sedans or compact cars are a little shorter, while trucks, SUVs, and vans can be slightly longer. Using the average length of 14 feet, however, shows that you would need just over 21 cars to equal a distance of 100 yards.

The Statue of Liberty

The Statue of Liberty is ideal for comparing to 100 yards because it is almost exactly 100 yards tall. This massive statue stands in New York and is an iconic sight, and it has a height of 305 feet. This is only 5 feet taller than 100 yards, so if you’ve ever visited the Statue of Liberty, you can easily estimate a height or length of 100 yards.

Brachiosaurus

The Brachiosaurs, which was an herbivore, was one of the largest dinosaurs and perhaps one of the biggest creatures to ever live. This massive animal was usually between 85 and 98 feet long, meaning that you would only need three of them to equal just less than 100 yards.

Blue Whales

Blue whales, specifically Antarctic blue whales, are the biggest animals on the planet. They can grow to just shy of 100 feet long, meaning that they’re 1/3 as long as 100 yards.

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What is MOA?

• July 1, 2020
• Reflex Sights

Minutes of Angle for Red Dot Sights

If you’re shopping for a red dot sight, you have probably seen an MOA number listed in the product description. You might be thinking, “What is MOA and why is it important? Which MOA should I select for my red dot?” In this article, we explain MOA in simple terms and graphics so you can feel better equipped in your red dot sight buying decision.

There are 360 degrees in a circle. Now take one of those degrees and divide it into 60 equal parts. Just one of those parts (1/60 th ) is one Minute of Angle or MOA.

The term “minute” simply means 1/60 th . As a measurement of time, a minute is 1/60 th of an hour. As an angular measurement, a minute is 1/60 th of a degree.

Minute of Angle (MOA) is 1/60 th of 1 degree in a circle

Moa and distance.

Imagine holding two laser pointers at 1/60 th of a degree from each other and aiming them at a wall that is 100 yards away. The distance between the two dots as they shine on the wall would be 1.047 inches.

Using this distance as the diameter of a circle, we would round down to say that the circle is 1 inch or 1 MOA.

If we push back our wall to 200 yards, the distance between the dots (the diameter of our circle) will double in size. So then 1 MOA is 2 inches at 200 yards, 3 inches at 300 yards, 4 inches at 400 yards, and so on.

• MOA is not dependent on distance

MOA is not dependent on distance, but distance determines the size of MOA. For example, at 800 yards, 1 MOA is still 1 MOA, but it’s 8x larger than it is at 100 yards. See the following table.

MOA for Red Dot Sights

An MOA number listed on a red dot sight refers to how large the dot will appear on a target that is 100 yards away.

Since we know that 1 MOA is 1 inch at 100 yards, a red dot listed as 3 MOA will appear 3 inches in diameter at 100 yards, 6 inches at 200 yards, and 9 inches at 300 yards.

3 MOA at 100 yds = 3 in.

3 MOA at 200 yds = 6 in.

3 MOA at 300 yds = 9 in.

Choosing the “right” MOA is all about preference. If you shoot primarily at longer ranges, you may find a smaller dot more suitable. A 1-MOA dot will cover less of the target at longer distances than a 6-MOA dot. But at closer ranges, a larger MOA dot may be preferred. A middle-ground around 3 MOA is great for both home defense and longer-range target shooting.

• 1 MOA is 1 inch at 100 yards
• There is no “right” or “wrong” MOA; it’s all about preference
• Lower MOA is preferable for longer ranges
• Higher MOA is preferable for shorter ranges
• A 3-MOA red dot is good for both long and short ranges

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Minute of Angle (MOA)

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Quick Facts

A Minute of Angle (MOA) is an  angular  measurement.

A MOA is 1/60th of a degree.

1 MOA spreads about 1″ per 100 yards. (actually 1.047″)

1 MOA is a different size at different distances, 8″ at 800 yards is still just 1 MOA.

Understanding Minute of Angle (MOA) – Rifle Shooting Technique

Tips for Using MOA

1. Always think in increments of 1 MOA at whatever distance you are shooting.

For example, imagine you are shooting at 300 yards. You know that a MOA spreads out 1″ per 100 yards, so 1 MOA at 300 yards is 3″. Therefore, for your calculations at that 300 yard target, you should think in 3″ increments. By doing so, you can easily see that 2 MOA is just 2 of those 3″ increments, or 6″ total. And likewise, 1/2 MOA is 1/2 of those 3″ increments, or 1.5″.

If you are having trouble determining the increments in your head and would rather have a formula, you can try this method. Divide the distance (in yards) you are shooting by 100 and you will know how big 1 MOA is in inches. For example, imagine you are now shooting at 250 yards. 250 / 100 = 2.5. So, 1 MOA at 250 yards is 2.5″.

2. Determine how many 1 MOA increments will fit into the adjustment you are trying to make.

For example, imagine you are trying to adjust 8″ at 400 yards. You already know to think in 4″ increments for this example. Two 4″ increments (or 4″ chunks) fit into the 8″ of needed adjustment so you would need to adjust 2 MOA.

If you are having trouble doing this in your head and would rather have a formula, you can try this method. Divide the number of inches you want to adjust by number of inches in 1 MOA at that distance. For example, imagine you are now shooting at 600 yards and want to move the impact of the bullet 18″. You know that 1 MOA at 600 yards is 6″ from the previous step. 18 / 6 = 3. So, a 3 MOA adjustment at 600 yards will move the bullet 18″.

3. Think in MOA and not in “clicks” on your scope.

Although the majority of retail scopes adjust in 1/4 MOA per click adjustments, some scopes adjust in 1/8, 1/2 or even 1 MOA per click. Once you know how many MOA to adjust, you can then make the adjustments on your particular scope. For example, if your scope adjusts in 1/4 MOA per click, and you want to adjust up 2 MOA, you need to realize that 4 clicks adjust 1 MOA so you need 8 clicks total.

(Distance to target in yards) / (100) = inches per MOA at that distance

(Number of inches of adjustment needed) / (inches per MOA at that distance) = MOA adjustment

(Number of clicks per 1 MOA on scope) x (MOA adjustment) = adjustment in clicks on scope

Note, if you insist on using 1.047″ per 100 yards instead of 1″ per 100 yards, you must multiply the (inches per MOA at that distance) by 1.047.

Want to learn more? Check out more information from Ryan Cleckner here: What is MOA?

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Speed, Distance & Time Calculator

Use this speed calculator to easily calculate the average speed, distance travelled and the trip duration of a vehicle: car, bus, train, bike, motorcycle, plane etc. Works with miles, feet, kilometers, meters, etc..

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    Speed, Distance & Time Calculation

In order to use the above speed, distance & time calculator, or do such math on your own, you will need to know two out of three metrics: speed, distance, time. You will need to convert the metrics to the same time and distance units, e.g. miles, kilometers, meters, yards, feet, and hours, minutes or seconds. For example, if you have speed in mph (miles per hour), time should also be in hours. If you have distance in kilometers, then speed should also be in km/h (kilometers per hour).

The unit of the result will depend on the units you input, but our speed calculator will conveniently display additional units where appropriate.

    Average Speed formula

The formula for average speed, also called average velocity in physics and engineering, is:

where v is the velocity, d is the distance, and t is the time, so you can read it as Speed = Distance / Time . As noted above, make sure you convert the units appropriately first, or use our speed calculator which does that automatically. The resulting unit will depend on the units for both time and distance, so if your input was in miles and hours, the speed will be in mph. If it was in meters and seconds, it will be in m/s (meters per second).

Example: If you took a plane from New York to Los Angeles and the flight was 5 hours of air time, what was the speed of the plane, given that the flight path was 2450 miles? The answer is 2450 / 5 = 490 mph (miles per hour) average speed. If you want the result in km/h, you can convert from miles to km to get 788.58 km/h.

    Distance formula

The formula for distance, if you know time (duration) and the average speed, is:

Example: If a truck travelled at an average speed of 80 km per hour for 4 hours, how many miles did it cover in that time? To find the miles covered, first, calculate 80 * 4 = 320 km, then convert km to miles by dividing by 1.6093 or by using our km to miles converter to get the answer: 198.84 miles.

    Duration (Time) formula

The time, or more precisely, the duration of the trip, can be calculated knowing the distance and the average speed using the formula:

where d is the distance travelled, v is the speed (velocity) and t is the time, so you can read it as Time = Distance / Speed . Make sure you convert the units so both their distance and time components match, or use our trip duration calculator above which will handle conversions automatically. For example, if you have distance in miles and speed in km/h, you will need to convert speed to mph or distance to kilometers. The time unit of the result will match the time unit of the speed measure, so if it is measured in something per hour, the result will be in hours. If it is measured in some unit per second, the result will be in seconds.

Example: If a train can travel 500 miles with an average speed of 50 miles per hour, how long it would take it to complete a 500-mile route? To find the answer, use the formula and substitute the values, resulting in 500 / 50 = 10 hours.

    How to calculate the average speed of a car?

Say you travelled a certain distance with a car or another vehicle and you want to calculate what its average speed was. The easiest way to do that would be by using the calculator above, but if you prefer, you can also do the math yourself. Either way, you need to know the distance to a satisfactory approximation, for which you can use a map (e.g. Google Maps) to measure the distance from point to point. Make sure you measure closely to the path you took, and not via a straight line, unless you travelled by air in which case that would be a good approximation. Of course, having a GPS reading of the distance would be more precise. Then you need to know the travel time. Make sure you subtract any rests or stops you made from the total trip duration.

If the total distance travelled was 500 miles and the time it took you was 5 hours, then your average speed was 500 / 5 = 100 miles per hour (mph). If the distance was 300 kilometers and it took you 5 hours to cover it, your speed was 300 / 5 = 60 km/h (kilometers per hour).

Cite this calculator & page

If you'd like to cite this online calculator resource and information as provided on the page, you can use the following citation: Georgiev G.Z., "Speed Distance Time Calculator" , [online] Available at: https://www.gigacalculator.com/calculators/speed-calculator.php URL [Accessed Date: 04 Apr, 2024].

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Home » General » Throwback Thursday: Rifle Hack — Sighting for 100 Yards at a Distance of 25 Yards

Throwback Thursday: Rifle Hack — Sighting for 100 Yards at a Distance of 25 Yards

In days of shortage and panic buying, those of us who enjoy shooting and testing firearms are at a disadvantage. We need to conserve ammunition . There has always existed a difficulty in some areas in finding a proper range for sighting-in a rifle . A 100-yard range sometimes requires considerable travel from the home. Indoor ranges and shorter 25-yard ranges are much easier to find.

Most of us like to use a 25-yard position to ‘get on paper.’ We may not be exactly on the zero at 100 yards, but we will be close. Close enough that when we have the opportunity to zero the rifle for 100 yards, we will be able to do so with a minimum of shots fired. Today, that is what it is about, using less ammunition!

Sighting-In a Rifle

When sighting-in a rifle, the first goal is to understand the likely range for the game we are going to be taking. As an example, the Ruger .22 Magnum rifle I use for small game is best sighted for 25 yards. I like to know where it would hit at 50 yards, but I have never taken a shot past 25 yards with this rifle.

With the .308 rifle , I like the zero to be about 1.5-inch high at 100 yards, giving me a sure chance of hitting the game animal in the vitals at 200 yards, since the point of impact will be just a couple of inches low. There is no ideal set range for sighting-in a rifle for everyone, we must be aware of the likely range at which we will be using the firearm.

No rifle cartridge is a laser beam. Bullets behave in a predictable manner. They rise above the muzzle, then they drop at longer distances. A .223 Remington is a flat-shooting cartridge by many standards. The .308 Winchester is superior to many, and the .30-30 Winchester and .35 Remington are woods cartridges with greater drop.

I have a friend that has hunted from the same stand for many years. He looks out over a field that is perhaps 150-yards wide. He has taken shots close to the stand and at the very edge of the clearing with good success because he knows his rifle. Some of us are not so lucky. We may encounter shots that vary to a greater extent. We may encounter shots at the end of our sure-hit zone. We must understand the rifle and its accuracy potential and our own limitations.

Know Your Zero

I have sighted in my rifles at short-range distances for many years, and in the end, I have ended up with rifles that are useful from 25 to 250 yards, with the same zero. I don’t have to turn a turret and reset the zero. Those who are good shots and have excellent skills may be able to turn the turrets at longer range and keep on top of things. That isn’t me, but I have good confidence in what I am doing with my personal rifles and the zero.

Sighting-in a rifle for the load and the range is important. Different bullet weights strike to a different point of aim. A 150-grain and a 180-grain .308 bullet strike to different points of aim. The same goes for 55 and 69-grain .223. You have to understand this, as well as the likely distance to you will be engaging the target.

Don’t let the traditional 100-yard zero set your goals, judge the zero you need by the likely chore to be performed. The advantage of the zero should be that you will hold the sights on the target and not be out of the kill zone of the game between 25 and 200 yards. (Given a modern relatively flat-shooting cartridge.)

It also depends on whether you prefer the high-shoulder shot or the heart shot on deer. A deer has a six-inch sure-kill zone. I prefer to err on the side of caution and hold closer. Just the same, this is a generous kill zone within perhaps 200 yards of possible shots. If you aim for the center of the target, you may strike three-inches low or three-inches high, but you will be in the kill zone. You will still have to calculate, but you will not have to calculate as long — taking the rifle up and thinking about the shot will take less time.

I have fired the Springfield Victor, my go-anywhere do-anything .308, and found it accurate, reliable and capable to center hits on deer-sized game from zero to 220 yards. It stays in the deer-sized kill zone at that range. This is assuming you can shoot. If you don’t have the practice in, then the range may be limited to 100 yards until you attain more skill. But then this means a perfect shot and off-hand skill is another matter.

A factor that isn’t part of the equation is the zero. You have already done the work in this area. I love a scope with hash marks. Memorize the zero and use hash marks for hold-over or hold-under.

Practice, Practice, Practice

Once you have the zero, then practice at every opportunity. Fire at small targets at both known and unknown ranges. Shooting paper is important, but so is consistently striking the target at known and unknown ranges.

An inch-wide target is a nice small target you should be able to strike consistently with practice. This must occur on a regular basis at 100 yards with the .308. With the Ruger American Rifle in .22 Magnum, several shots in an inch at 25 yards is easy. The limiting factor here is the cartridge and its power. If you miss the target at shorter range — say by a half-inch — you will be much further off at longer range. Sight the rifle in at 25 yards and then confirm the zero at 100 yards and you are in like Flint.

Scope Turrets

The windage turret is on the right side of the optic. This turret is used to adjust horizontal point of impact. This turret moves the point of impact either right or left. The elevation turret is on the top of the scope. This is used to adjust the vertical impact of the rifle scope. The up or down impact is adjusted using this turret.

While horizontal must be dead-on, you may wish to set elevation higher in order to be able to fire accurately at longer distances. Set the rifle to fire high at a certain distance and it will be on-target at longer distance.

How do you sight your rifle in? Do you have any other tips or hacks to help your fellow shooters? Let us know in the comments.

Editor’s note: This post was originally published in  December of 20 20. It has been completely revamped and updated for accuracy and clarity.

About the Author:

Bob campbell.

Are you a fan of old revolvers? How about cowboy action shooting? Share your answers in the comment section.

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Been using Savage slide chart (1961) to do the 25 yd. to ca.2 inches high at 100, with 150 grain ammo in my scoped, Model 70, 30-06 since I was 19 (some 60 years ago). Always works for me. I agree with Bo, use the cheap stuff first at 25 yds. Depending on range, I follow my grandfather’s advice: “touch hair” i.e. crosshairs on top of back, “dead on” i.e. “boiler room”, “pull daylight”, i.e. how much depending on how far the target is. I seldom shoot over 250 yards, in order to ensure “boiler room” shots.

An outstanding share! I’ve just forwarded this onto a co-worker who was doing a little research on this. And he in fact bought me dinner due to the fact that I found it for him… lol. So allow me to reword this…. Thank YOU for the meal!! But yeah, thanks for spending time to discuss this topic here on your internet site.

I do not believe the bullet drops when leaving the muzzle. It shoots low at 25 yards because is hasn’t risen to the scopes point of aim yet. It will rise to a certain distance then begin to fall. And at two times during it’s flight it will cross paths with the scopes cross hair zero.

@glenn Green; You seem to have a faulty understanding of the ballistics of the 5.56 cartridge fired from the M16A1. My credentials for that weapon, I am an Army vet who qualified expert with that weapon, and others, in 1971. In order to do that, I fired from prone position, from a foxhole, kneeling supported, sitting supported, and standing position, shooting at silhouette targets ranging from 25 to 300 meters (328 yards). If the bullet dropped two ft before reaching the 10 ft distance as you describe, none of the shots that I made from a prone position or the foxhole would have made it past the 10 ft distance because it would have hit the ground directly in front of every man shooting as the muzzle of our weapons were less than a foot above the ground. I was hitting those targets at 300 meters while prone and in the foxholes.

Now, I am not a physicist, but I do have a BS (Bachelor of Science) degree. And I have spent a good deal of time learning about the dynamics of a bullet’s flight. There is no data to support any possibility of a bullet that rises and falls, rises and falls several times out to 400 yards when fired from a rifle of any kind. If the bullet starts to tumble, usually at the further extremes of its arc, there can be an erratic flight path but nothing such as you describe. Another comment, the M16A1 round of the 1970’s was nothing close to being the deadliest round in the world. Two rounds that are far more deadly than the M16A1 were the 7.62 NATO fired from an M60 Machine Gun, and the .50 BMG round fired from a weapon we affectionately called “Ma Deuce”, the M2 or the Browning 50 machine gun. The Ma Deuce will vaporize heads, evacuate skulls, and even remove arms or legs. It is possible that people have been shot with the “Ma Deuce” and survived, but I have never seen that happen.

You mention pulling left to right with trigger pull. The Army taught us trigger control when we were learning to shoot and that was covered. The most potent weapon any soldier has is his mind. We were properly trained with a knife and one thing we were told was it was to a last ditch, nothing left to use when deployed as a self-defense weapon. And one must be prepared to be cut when using a knife as a weapon. I have been cut with bayonets and knives. It hurts like hell but when the adrenaline is rushing like that, one does not really feel it until later. Your understanding of what goes on in those situations is faulty at best.

As far as Rambo goes, being a vet and having talked with other vets from when I was in, the character as portrayed by Stallone could only survive in the controlled confines of a movie set. In real life, we gave him about 15 minutes in a firefight at best. None of us believed that he could have made it through the real thing and he certainly did not give a realistic portrayal of what really happens in those situations.

Ok not going to give the gold away.but m16 a1 when fired bullet drops almost 2 ft before reaching 10 ft then it climbs falls climbs falls several times before 400 yards acording to rifling. The reason the bullet is not just roatimg but fallimg end over end.makimg it the most deadly round in the world. 2nd trigger control pulls left to right 3rd breathing up and down.3rd atmosphire easy inside outside wind humidity. Heat and cold 5 th experts habe fired so much we can see the shock wave made by bullet so thetes not one weapon. The same. 7th the 2 most deadlyest wepons the human brain and a knife properly trained you can come home with more wepons then Rambo. Shhhhh.

If your rifle has been bore sighted already you can do your final adjustment with 1-3 shots. Read this technique in a gun mag decades ago. Get your gun into a gun rest and shoot one shot on paper with your scope aimed at dead center. Your round will obviously be off unless you are extremely lucky. Next comes the part two. Take off your adjustment caps and sight again at dead center. You’ll see your shot somewhere on paper. Now you must hold your rifle rock steady. You will proceed without moving your rifle to move your reticle to the bullet hole. DO NOT MOVE YOUR RIFLE TILL AFTER YOU MOVE THE RETICLE! Once you’ve done this your rifle is sighted in. If you wiggled a little bit do it again. It works on 22 cal and up. I’ve never had to shoot more than 3 rounds. You must be steady while moving the reticle. Wind must be near dead still too. Basically once you fire the first shot at center you are just matching the reticle to your bullet hole. Easy peasy @

An old gunsmith told me to look at the lot numbers on boxes of ammo and try and find matching ones. That’s hard to do anymore with boxes sealed and ordering on line. I do know different manufacturers bullets shoot a lot different. Some way better than others.

Great article! Well written and easy to understand. ( bullets dont rise above the bore though) I am a gunsmith and this is a common thought in the gun world.

Back when I was doing the NRA highpower shooting over the course this worked really well and it still does. 600 YARD COME UPS –By: Master Po — This formula works for .223, 7.62mm and .30/06. It will get you on paper and a lot of the time in the black. Caliber, bullet or velocity doesn’t matter. >From a 100 Yds. zero come up 2 minutes for 200 yds. >From a 200 Yds. zero come up 3 minutes for 300 yds. (1-1/2 minutes for 250 battesight) >From a 300 Yds. zero come up 7 minutes for 500 yds. >From a 300 Yds. zero come up 11 minutes for 600 yds. >From a 500 Yds. zero come up 4 minutes for 600 yds. You may have to touch up the elevation at 600 yds. but the 200 and 300 come ups are usually in the 10 and X ring no matter what rifle is

New scope on your rifle? Bore sight first. You’ll “be on paper”. Most indoor ranges nowadays have ballistic calculator programs. Just tell them caliber and bullet weight and it will tell you how high at 25 yards to be dead on at whatever range you want to be zeroed. My .257 Roberts shooting 115 grain RNSP is 5/8 high at 25 to be on the money at 100.

Those of you who disagree with C Ray should go to the link below, and scroll to the 2nd and 3rd images. They plainly show exactly how it works. If you have a basic understanding of gravity, you will quickly see what C Ray was trying to describe to you.

https://en.wikipedia.org/wiki/Rifleman's_rule

Some of you fellers know nothing of physics. Bullets will NOT NOT NOT rise unless the rifle end is raised above true level. Place your guns in clamps so their is no recoil rise then plot it with equipment. OK…when zeroing on certain ranges, the farther away it is, the more UP you will have to raise the barrel to get there. Technically, thats not the bullet rising on its own but its path is an arc up and down. So if you wanted to shoot anything at any distance with a truly leveled gun barrel, you would not be able to shoot anything with accuracy beyond the first point of impact after considering physics pull toward earth—weight etc.

To subject though. I dont zero anything other then zero. That may be different if , of course, you commonly shoot at 300 yards or 25 yards. I zero to common but usually 100 And KNOW the ballistics. I dont need something set to shoot high or low on its own at that point, I make the raise or drop it based on my knowledge of the cartridge capability. Dont know if that makes sense to you but I know my guns well enough, if sticking with same ammo, to take the eye out of a gnat anywhere I please. Been doing it 60 years that way. Just zero it at a certain figure and really learn its UPS and DOWNS pun intended. You guys who jumped on CRAY have to bite your tongues. His comment at the end about hitting at the same time is common physics

C Ray I have lean with Tim an Joseph B’s thoughts on this one. You failed to take in the time of flight of the two bullets you think will strike the ground at the same time. BC of a bullet has a great bearing of time of flight. Higher BC means longer flight time which means greater distance.

C Ray you’re a total clown. No clue what you’re talking about. Please delete your post

Wow, C Ray doesn’t know what it’s talking about at all does it? It doesn’t know anything about centripetal force, trajectory rise or anything? I mean C Ray shouldn’t be allowed to comment on anything gun related because it’s obviously a moron!

“Bullets behave in a predictable manner. They rise above the muzzle, then they drop at longer distances.”

No. Bullets do not “rise.” Bullets travel in a trajectory based on the angle of the muzzle. If the muzzle is at 90°, the bullet will *immediately* begin dropping below the muzzle due to gravity. If the muzzle is at an angle higher than 90° the bullet will travel for some time; how long depends on the angle. Another point to make here is if two bullets of different weights traveling at different velocities (one twice as fast as the other) exit the muzzles of two barrels -both of which are situated at the same height and at 90°- at precisely the same instant, will hit the ground at the instant. The faster bullet will have traveled twice as far…but both still fall at the same rate.

You wrote “They rise above the muzzle, then they drop at longer distances.” The drop part I understand, but the only reason a bullet will rise out of the muzzle is if the muzzle is pointed at an incline. The arc of the bullet’s trajectory and the straight line-of-sight will intersect at a point downrange (the point where the sights are “zeroed”). The inclination of the barrel is required to bring the trajectory of the bullet up to intersect with the line-of-sight. If the barrel and the sights were perfectly horizontal the bullet would never hit where the sights were intersecting with the target.

Agree always sight in at close range.

– Takes the wind out of the equation – less walking – Errors are 4x worse at 100 yards. If are off 4″ at 25 yards you hit paper still at 100 yards you are 16″ off and likely have no idea where it hit missing the target completely.

At 10 yards expect to be low a little less the height of you scope above the bore. 25 yards around .5 to .75″ low. 50 yards dead on to .25″ low.

I recently bought a browning medallion 30-06 and put a vortex scope on it. The machining was so good the rings needed no polishing and it bore sighted perfectly out of the box. My first 3 shots were taken at 100 yards and were on paper only 3” low and left. I was so impressed with the quality and workmanship of these products. I did learn something from this article and will definitely start at 25 yards going forward.

Many years ago, when I was in the Army, we sighted in our M16’s on the “1,000 inch range” (essentially 25 meters). It was called “Battle Sight Zero”. Once it was sighted in at that range, one could expect to hit a pop-up target out to whatever range we shot at (I forget what that was – 40 years is a long time).

Using the following calculator, you can calculate the approximate height above your 25 yard impact so that you can shoot out to whatever range is practical for your weapon.

http://www.shooterscalculator.com/ballistic-trajectory-chart.php?pl=%5BPreset+Name%5D&presets=&df=G1&bc=0.198&bw=270&vi=1441&zr=25&sh=1.5&sa=0&ws=0&wa=0&ssb=on&cr=200&ss=10&chartColumns=Range%7Eyd%3BElevation%7Ein%3BElevation%7EMOA%7EFBFFF5%3BElevation%7EMIL%3BWindage%7Ein%3BWindage%7EMOA%7EFBFFF5%3BWindage%7EMIL%3BTime%7Es%3BEnergy%7Eft.lbf%3BVel%5Bx%2By%5D%7Eft%2Fs&lbl=&submitst=+Create+Chart+

Great, basic info. ANYONE should be able to follow, and “rough” zero a hunting rifle. Thanks for posting.

Back in1972 we sited in our M16s to be 3 inches high at 25 meters which gave us dead on shots at 300 meters…That was the basic rule

The only caveat that the author didn’t mention is that the height of you scope is going to affect the arc/distance above and below your point of aim. This another reason to get the scope mounted as close as possible to the barrel.

I have been utilizing this practice for decades. Every year, when I take my guns to the range to verify that they are zeroed in, I always start at 25 yds, using the cheapest ammo I have in that caliber. If I start at 25 yds, I am walking a much shorter distance to the target to check my groups and change the targets. When I am comfortable with each group and its placement, I take the target out to the 100 yd mark. If it is still relatively on point, I switch to the hunting ammo and adjust it to where it needs to be. I don’t like using my good ammo for sighting in. I first started doing this with my .270 and was good out to 300 yards without having to compensate for bullet rise or drop relative to line of sight. Now, using Hornady 130 gr Superperformance, I will be sitting about 3/4″ low at 25 yds, and 1.8″ high at 100. It will be a little over 2″ high between 125 and 150 yds. At 250 yds, dead on and just shy of 3″ low at 300 yds. A number of years ago, I found a ballistics program online so I knew could track where the bullet was relative to line of sight every 25 yds out to the maximum distance at which I would consider shooting whatever I happen to be hunting. Then, one day that program was gone, never to return. I did some searching and found an app for my phone called BulletDrop. You input the data, which includes the bullet weight in grains, ballistic coefficient, muzzle velocity, sight height, zero distance, wind speed, wind angle, and the shooting angle. You enter the data for your particular round and hit calculate and then you can set the maximum distance and the range increments. I found that it matched the other program down to tenths of an inch. I have since used this app to make small cheat sheets for all of my other rifles. After I printed them out, I laminated them and attached to the appropriate rifle. If I have any question about the particulars on that specific rifle, all I have to do is look at that card. Years ago, at work (it was long before I retired) when I was asked about my deer season, I related that I made a 285 yard shot and had taken a nice buck. Then, a co-worker, another hunter, no less, had the idea that that distance was too far for most people to attempt and make. He shut down when I told him that back in the very early 70’s, when I was in Army Basic Training, we were shooting man-sized silhouettes at 300 meters (328 yards) with iron sights and I had scored Expert, in the top five of my entire company. I went on to add that in the twenty plus years since then, I had upgraded to a 3-9 X scope and that distance did not pose a problem. I will add that the last scope I put on that rifle is a 4-12 X and have taken deer at distances a bit more than 400 yds with it mounted on that rifle. Gotta love that gun!

I just did a similar zero last week – 1.9″ low at 10 yards put me pretty close at 50 yds with a .223. I usually zero at 50 which puts me a couple inches high at 100 and on at 200 (if I remember correctly!).

back in the 1960s Outdoor Life ahd a ‘slide rule’ like chart that had various calibers on it. it listed different bullet wts velocity and the opptimum range to sight in at short ranges. most were at 20-30 yds. and gave the long range zero with these. just like what you are writting about. i always found ita quick way to get my rifles zeroed with out having to start at 100 yds. couple of inches high at 25 yds with my .270 130 gr bullets made me on target out to nearly 400 yds

I have known at least 3 weekend warrior deer hunters who bought an economy bolt action high-powered rifle—-mounted/bore sighted scope included….So they just think it’s ready to go hunting. They had no intentions of actually shooting the rifle before a hunt. “Oh no, not this rifle. It says on the box that it’s already bore sighted.” —-Just remember this the next time you are sitting on your deer stand and you hear someone fire their deer rifle, especially U.S. forestry land. PRESET, Lol.

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Speed Calculator Online

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Miles per hour (mph) to Yards per second (yd/s)

Here you can convert the Speed unit Miles per hour into the unit Yards per second and vice versa you can convert Yards per second into Miles per hour. By clicking the "Swap units" icon, you will always obtain the desired conversion in the calculation result, i.e., mph to yd/s or yd/s to mph . With the following calculator you can also calculate any other Speed unit.

Info about "Miles per hour"

The unit of length known as a "mile" and it should not be confused with the nautical mile and very commonly used in the Anglo-American countries. Therefore, the metric system is defined in miles (instead of kilometers) per time unit. For example, if a vehicle travels at a speed of 100 miles per hour (100 mph), it will move around 160 km per hour in the metric system.

The units are defined as follows: An object moving at 1 "mph" per hour will cover a distance of one mile. Therefore, 1 mile is equivalent to 1.609344 kilometers.

Info about "Yards per second"

The length unit "Yard" is commonly used in Anglo-American countries. For example, speeds are represented by yard per unit of time. The walking speed of a pedestrian is around one yard per second (y/s).

Definition: An object moving at 1 "yard per second" per second will cover a distance of one yard. Therefore, 1 yard is equivalent to 0.9144 meters (3 feet).

Basis for conversion Miles per hour (mph) to Yards per second (yd/s) and vice versa

The abbreviation for the "Speed unit Miles per hour" is mph. The abbreviation for the "Speed unit Yards per second" is yd/s.

Formula for the conversion of Miles per hour (mph) to Yards per second (yd/s) and vice versa

The calculation from Miles per hour to Yards per second shall be made using the following conversion formula:

Formula for the conversion of Yards per second (yd/s) to Miles per hour (mph)

The calculation from Yards per second to Miles per hour shall be made using the following conversion formula:

Overview table : How many Miles per hour are in a Yards per second ?

Overview table : how many yards per second are in a miles per hour , what other readers have also read, source information.

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Yards Per Second (yd/s) - Speed / Velocity Conversions

Yards per second is a unit of Speed or Velocity in both US Customary Units as well as the Imperial System. It measures the number of yards traveled in a second. The symbol for yards per second is yd/s.

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The following tables provide a summary of the Speed or Velocity units (Per Hour, Per Minute, Per Second and Per Millisecond) within their respective measurement systems.

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308 and wind at 100 yards

• Thread starter Hayn Lo
• Start date Mar 20, 2022
• The Hide Armory
• Reloading Depot
• Mar 20, 2022

Did some load development yesterday with 308 150 grain fmjbt using imr 8028 xbr. Started at 39.5 10 rounds each in .5 increments up to 43.5. My rifle seems to have liked 41.0 grains. I had a few groups that vertical was spot on but horizontal had some stringing. Touching but still stringing. I'm sure 99% it's shooter error but I had about 10 to 12 mph winds right to left. Can the wind at those speed move the bullets that much at just 100 yards? Rem 700 22 inch barrel with a brake on it. Thanks  

Wind can move a bullet at 100 yards but would not be my first thought. What matters is not so much the wind as changes in the wind. Wind is not constant, but the changes in wind shot to shot will be less than the velocity of the wind. So if a 10 mph wind will move a bullet half an inch at 100 yards, the change shot to shot might be 20 to 50% of that or less than .25 of an inch. To answer the question you asked we would need to know the bullet and the velocity. What you are looking for in the ladder you are shooting is not group size but two or three loads in the ladder which impact more or less in the same spot. If you load for the middle charge weight you can be confident that variation in powder throws or temperature differences will leave your new best load impacting in the same spot. Good luck.  

150 grain fmjbt I chrono em at 2595. 41 grains imr8028xbr.  

Attachments

Sea level (hawaii) in the 80s mid day  

A 10 mph wind will move the 150 gr Hornady fmj by 0.75 inches at 100 yards. Remember it is not the wind but changes in the wind shot to shot.  

Hawk in WY said: A 10 mph wind will move the 150 gr Hornady fmj by 0.75 inches at 100 yards. Remember it is not the wind but changes in the wind shot to shot. Click to expand...

Brokeha-y-ntargetjunkie said: Did some load development yesterday with 308 150 grain fmjbt using imr 8028 xbr. Started at 39.5 10 rounds each in .5 increments up to 43.5. My rifle seems to have liked 41.0 grains. I had a few groups that vertical was spot on but horizontal had some stringing. Touching but still stringing. I'm sure 99% it's shooter error but I had about 10 to 12 mph winds right to left. Can the wind at those speed move the bullets that much at just 100 yards? Rem 700 22 inch barrel with a brake on it. Thanks Click to expand...

Seems like a pretty light load, how long is your barrel?  

jLorenzo said: Seems like a pretty light load, how long is your barrel? Click to expand...

straightshooter1

Brokeha-y-ntargetjunkie said: 22 inches and has a brake on it Click to expand...

I was thinking since I found a tight group at 41 and not so bad groups at 41.5 to 42.5 of going g back and making g some loads at .2or3 in that range. I'll go with .3 now thanks for that  

Group on the left is 41. Top is 41.5 bottom is 42. These were 4 shot groups I did then went back and confirmed over chrono with 5 shots. The numbers I posted earlier were for the group on the left.  

Brokeha-y-ntargetjunkie said: I was thinking since I found a tight group at 41 and not so bad groups at 41.5 to 42.5 of going g back and making g some loads at .2or3 in that range. I'll go with .3 now thanks for that Click to expand...

Rocketmandb

Major hide member.

You've got some tight vertical, and the horizontal looks more like you're pulling (or pushing) more than the wind is causing it - surely a combination of the two. It would take some decent gusts to move it that much at 100 yards. Other notes: - I don't like shooting at Shoot'n See type targets when doing load dev. Your eye tends to move toward previous shots, and so does your aim - put up 1" orange dots on white paper instead. - Zoom out as far as you can where you can still consistently line up on the dot. You don't want to see/chase the wobble, and ideally don't want to see the impacts until you go up and check.  

Bend over I'll drive

I have a Wilson Combat barrel that will put 3 shots into 1 hole, shot 4 will be *about* an inch to the left, shot 5 will be *about* an inch to the right. Every stinking time. No matter the ammo. No matter the wind, temp, humidity, whatever. I fucking hate that barrel, but, at least it's consistent. So yea, it might not be the wind.  

n2ishun said: I have a Wilson Combat barrel that will put 3 shots into 1 hole, shot 4 will be *about* an inch to the left, shot 5 will be *about* an inch to the right. Every stinking time. No matter the ammo. No matter the wind, temp, humidity, whatever. I fucking hate that barrel, but, at least it's consistent. So yea, it might not be the wind. Click to expand...

Rocketmandb said: You've got some tight vertical, and the horizontal looks more like you're pulling (or pushing) more than the wind is causing it - surely a combination of the two. It would take some decent gusts to move it that much at 100 yards. Other notes: - I don't like shooting at Shoot'n See type targets when doing load dev. Your eye tends to move toward previous shots, and so does your aim - put up 1" orange dots on white paper instead. - Zoom out as far as you can where you can still consistently line up on the dot. You don't want to see/chase the wobble, and ideally don't want to see the impacts until you go up and check. Click to expand...

My numbers for the other 2 groups. The final lic of numbers is where it started to open up. No pic of that group the target blew out on the freeway on the way home  

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Speed Distance Time Calculator

Please enter the speed and distance values to calculate the travel time in hours, minutes and seconds.

About Speed Distance Time Calculator

This online calculator tool can be a great help for calculating time basing on such physical concepts as speed and distance. Therefore, in order to calculate the time, both distance and speed parameters must be entered. For the speed , you need to enter its value and select speed unit by using the scroll down menu in the calculator. For distance , you should enter its value and also select the proper length measurement unit from the scroll down menu. You'll receive the result in standard time format (HH:MM:SS).

Time Speed Distance Formula

Distance is equal to speed × time. Time is equal Distance/Speed.

Calculate Time from Distance and Speed Examples

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4. How long does it take to do 100m at 3kph ? No I thought you would just divide 100 ÷ 3 = which 33.33333 so 33 seconds or so I thought. But apparently it 2 mins.

This was the best tool ive ever used that was on point from speed to distance and time Calculator

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if a train is going 130 miles in 50 minutes, how fast is it going in miles per hour ??

whats the speed if you travel 2000 miles in 20hours?

How long would it take me to drive to Mars at 100 miles per hour and how much gas would I use in a 2000 Ford Mustang000000/ Also, how much CO2 would I release into the air?

great tool helped me alot

A car can go from rest to 45 km/hr in 5 seconds. What is its acceleration?

Guys how much time will a cyclist take to cover 132 METRES With a speed of 8 km/ph

@Mike Depends on how fast that actually is. For every 10 mph above 60, but below 120, you save 5 seconds a mile. But between the 30-60 area, every ten saves 10 seconds a mile (if I am remembering correctly), and every 10 between 15-30 is 20 seconds. Realistically, it isn't likely isn't worth it, unless it is a relatively straight drive with no stops, in which case you will likely go up a gear for the drive and thus improve gas efficiency for the trip. Only really saves time if it is over long trips 300+ miles (in which case, assuming you were on the interstate) that 5 seconds a mile would save you 25 minutes from the drive, making it go from 4h35m to 4h10m. For me, I have family across the U.S., so family visits are usually 900-1400 miles. Even only driving 5 above usually saves me 90-150 minutes or so (since I often have stretches where I drive on US highways which have 55 mph speed limits)

I would like to know if driving fast is worth it for short trips. If I drive 10 MPH over the speed limit for 10 miles, how much time do i save ? Is there an equation for that ?

it helps me in lot of stuff

awesome, helped me notice how long my taiga (electric seedoo) is going to last.

Very good! This helped me a lot.

Speed of Light Calculator

Table of contents

With this speed of light calculator, we aim to help you calculate the distance light can travel in a fixed time . As the speed of light is the fastest speed in the universe, it would be fascinating to know just how far it can travel in a short amount of time.

We have written this article to help you understand what the speed of light is , how fast the speed of light is , and how to calculate the speed of light . We will also demonstrate some examples to help you understand the computation of the speed of light.

What is the speed of light? How fast is the speed of light?

The speed of light is scientifically proven to be the universe's maximum speed. This means no matter how hard you try, you can never exceed this speed in this universe. Hence, there are also some theories on getting into another universe by breaking this limit. You can understand this more using our speed calculator and distance calculator .

So, how fast is the speed of light? The speed of light is 299,792,458 m/s in a vacuum. The speed of light in mph is 670,616,629 mph . With this speed, one can go around the globe more than 400,000 times in a minute!

One thing to note is that the speed of light slows down when it goes through different mediums. Light travels faster in air than in water, for instance. This phenomenon causes the refraction of light.

Now, let's look at how to calculate the speed of light.

How to calculate the speed of light?

As the speed of light is constant, calculating the speed of light usually falls on calculating the distance that light can travel in a certain time period. Hence, let's have a look at the following example:

• Source: Light
• Speed of light: 299,792,458 m/s
• Time traveled: 100 seconds

You can perform the calculation in three steps:

Determine the speed of light.

As mentioned, the speed of light is the fastest speed in the universe, and it is always a constant in a vacuum. Hence, the speed of light is 299,792,458 m/s .

Determine the time that the light has traveled.

The next step is to know how much time the light has traveled. Unlike looking at the speed of a sports car or a train, the speed of light is extremely fast, so the time interval that we look at is usually measured in seconds instead of minutes and hours. You can use our time lapse calculator to help you with this calculation.

For this example, the time that the light has traveled is 100 seconds .

Calculate the distance that the light has traveled.

The final step is to calculate the total distance that the light has traveled within the time . You can calculate this answer using the speed of light formula:

distance = speed of light × time

Thus, the distance that the light can travel in 100 seconds is 299,792,458 m/s × 100 seconds = 29,979,245,800 m

What is the speed of light in mph when it is in a vacuum?

The speed of light in a vacuum is 670,616,629 mph . This is equivalent to 299,792,458 m/s or 1,079,252,849 km/h. This is the fastest speed in the universe.

Is the speed of light always constant?

Yes , the speed of light is always constant for a given medium. The speed of light changes when going through different mediums. For example, light travels slower in water than in air.

How can I calculate the speed of light?

You can calculate the speed of light in three steps:

Determine the distance the light has traveled.

Apply the speed of light formula :

speed of light = distance / time

How far can the speed of light travel in 1 minute?

Light can travel 17,987,547,480 m in 1 minute . This means that light can travel around the earth more than 448 times in a minute.

Speed of light

The speed of light in the medium. In a vacuum, the speed of light is 299,792,458 m/s.

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My family’s from the Greek island of longevity, where people often live to 100: The 12 foods we always eat

On Ikaria, the Greek island where people "forget to die," as one centenarian told longevity expert Dan Buettner , is one of a handful of Blue Zones around the globe where people live an inordinately long time. 

In 2009, Greek physicians and researchers found that 13% of Ikarians in their study were over 80, compared to about 1.5% of the global population and about 4% in North America and Europe. People on the island were 10 times more likely to live to 100 than Americans .

I have deep family roots on Ikaria, and for almost two decades, I've been running a cooking school out of the kitchen and garden of my village home. My pantry is culled from the traditions of the Mediterranean: chock-full of all the things that have long given food its flavor in this part of the world.

Here's what's in an Ikaria-inspired pantry:

Beans and legumes

These are among the seminal ingredients of the Ikarian way of eating. Adding them to your everyday meal plan is proven to increase longevity and can help you phase meat out of your diet. Try:

• Broad beans (aka, fava beans)
• Gigantes (giant beans)

I couldn't imagine my life or kitchen without garlic! It's the ultimate flavor-packing, health - providing natural ingredient. There's a virtual pharmacopeia of goodness in every clove.

Modern-day Ikarians swear by it. My daughter makes a preventive infusion of raw garlic, mountain or sage tea, ginger, and honey, which she consumes when the temperature drops or she feels a cold coming on — advice taken from our friend, Yiorgos Stenos, 91.

Garlic makes almost everything taste better. It sweetens up as it softens and cooks, lending an almost caramelized flavor to so many different foods.

Whole grains are an integral part of the Ikaria diet. Here are a few different types to keep on hand:

• Pasta, especially whole wheat pasta and gluten-free, high-protein, bean-based pastas, such as chickpea and lentil pastas

On Ikaria, myriad herbs grow wild and most of us can grow a few pots of fresh herbs at home, even if it's just on the windowsill. I use herbs with abandon in many of my recipes.

Most families have a cupboard packed with dried herbs, the therapeutic qualities of which are contained in the knowledge passed down from generation to generation. Basic dried herbs include: 

Nuts are an important ingredient in many of my plant-based recipes and traditionally are an important ingredient in Greek regional cooking. They grow abundantly throughout the country.

Here are a few of the most popular — and healthiest:

• Sesame seeds and tahini

Olives have been a staple in the Greek diet since prehistoric times, and they're one of the many preserves I always keep stocked.

In Greece, they're traditionally eaten on their own or in salads. I love to pair them with pantry staples like beans or pasta and other grains.

Olive oil is the defining food of the Mediterranean diet and an absolute must in the pantry. 

Many of the health benefits associated with the Mediterranean diet, and, by extension, the Ikaria diet, are attributed to the health properties of olive oil . I only use extra virgin oil, which simply means the oil is unrefined.

On Ikaria, many people, myself included, use sea salt that collects in the small natural salt basins that have formed along the island's rocky coastline over eons. It tastes better than regular table salt, which comes from mines and is heavily processed.  

This is one of my personal favorites. Consuming honey daily is one of the longevity secrets of the islanders. Honey is antibacterial , rich in antioxidants including flavonoids , and — unlike white sugar or artificial sweeteners — helps the body to regulate blood sugar levels . Many people here eat a spoonful every morning. 

You can add a liberal drizzle to your tea or a breakfast smoothie bowl, or whisk it into dressings.

Dried fruits

Figs and raisins are two dried fruits I always have on hand to use in all sorts of savory dishes, especially in salads and rice dishes.

Yogurt is a fermented food that has been part of the culinary tapestry of the Eastern Mediterranean for thousands of years. The traditional yogurt on Ikaria is produced with goat's milk and has a delicious sour flavor and creamy texture.

If goat's milk yogurt isn't to your liking, you might prefer the Greek yogurt commonly found in American supermarkets, which is similarly rich in probiotics.

Feta and similar cheeses

Almost all the cheese Ikarians make and eat is produced with goat's milk or sheep's milk, like feta. Much of it is naturally fermented.

Over the years of teaching mostly Americans who come to my classes, I've had many guests who are lactose intolerant but are able to enjoy the island's traditional goat's milk cheeses and even a glass or two of fresh goat's milk without a problem.

Diane Kochilas is the host and co-executive producer of " My Greek Table ," runs the Glorious Greek Cooking School on her native island Ikaria, and is the author of 18 books on Greek cuisine, including most recently, " The Ikaria Way: 100 Delicious Plant-Based Recipes Inspired by My Homeland, the Greek Island of Longevity ."

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From " The Ikaria Way: 100 Delicious Plant-Based Recipes Inspired By My Homeland, the Greek Island of Longevity ," by Diane Kochilas, Copyright © 2024 by the author, and reprinted with permission of St. Martin's Publishing Group.

Total solar eclipse April 8, 2024 facts: Path, time and the best places to view

In the U.S., 31 million people already live inside the path of totality.

Scroll down to see the list of U.S. cities where the April 8 total solar eclipse will be visible, the duration of the eclipse in those locations and what time totality will begin, according to GreatAmericanEclipse.com .

"Eclipse Across America," will air live Monday, April 8, beginning at 2 p.m. ET on ABC, ABC News Live, National Geographic Channel, Nat Geo WILD, Disney+ and Hulu as well as network social media platforms.

On April 8, 2024, a historic total solar eclipse will cast a shadow over parts of the United States, prompting a mass travel event to the path of totality -- from Texas to Maine and several states and cities in between.

A total solar eclipse occurs when the moon passes between the sun and the Earth and, for a short time, completely blocks the face of the sun, according to NASA .

The track of the moon's shadow across Earth's surface is called the path of totality, and to witness the April 8 total solar eclipse, viewers must be within the 115-mile-wide path. To discover when to see the solar eclipse in totality or the partial eclipse in locations across the U.S. outside of the path, check out NASA's Eclipse Explorer tool .

Eclipse travel

In the U.S., 31 million people already live inside the path of totality, bringing the celestial phenomenon to their doorsteps, Michael Zeiler, expert solar eclipse cartographer at GreatAmericanEclipse.com told ABC News.

MORE: Eclipse glasses: What to know to keep your eyes safe

But for individuals outside of the path, investing time and money are needed to experience the event in totality.

Eclipse chasers, or umbraphiles, are individuals who will do almost anything, and travel almost anywhere, to see totality, according to the American Astronomical Society .

"There's a very active community of solar eclipse chasers and we will go to any reasonable lengths to see solar eclipses anywhere in the world," Zeiler said. "All of us are united in pursuing the unimaginable beauty of a total solar eclipse."

MORE: The surprising reason why a Texas county issued a disaster declaration ahead of April total solar eclipse

Bringing together both eclipse experts and novice sky watchers, the total solar eclipse on April 8 is projected to be the U.S.'s largest mass travel event in 2024, according to Zeiler, who likened it to "50 simultaneous Super Bowls across the nation."

"When you look at the number of people expected to come to the path of totality for the solar eclipse, we estimate those numbers are roughly the equivalent of 50 simultaneous Super Bowls across the nation, from Texas to Maine," he said.

Eclipse map, path of totality

In the U.S., the path of totality begins in Texas and will travel through Oklahoma, Arkansas, Missouri, Illinois, Kentucky, Indiana, Ohio, Pennsylvania, New York, Vermont, New Hampshire and Maine. Small parts of Tennessee and Michigan will also experience the total solar eclipse, according to NASA.

Best times, places to view eclipse

Below is a list of some American cities where the April 8 total solar eclipse will be most visible -- pending weather forecasts -- the duration of the eclipse in those locations and what time totality will begin, according to GreatAmericanEclipse.com.

• Eagle Pass, Texas, 1:27 p.m. CDT: 4 minutes, 23 seconds
• Uvalde, Texas, 1:29 p.m. CDT: 4 minutes, 16 seconds
• Kerrville, Texas, 1:32 p.m. CDT: 4 minutes, 23 seconds
• Austin, Texas, 1:36 p.m. CDT: 1 minute, 53 seconds
• Killeen, Texas, 1:36 p.m. CDT: 4 minutes, 17 seconds
• Fort Worth, Texas, 1:40 p.m. CDT: 2 minutes, 34 seconds
• Dallas, Texas, 1:40 p.m. CDT: 3 minutes, 47 seconds
• Little Rock, Arkansas, 1:51 p.m. CDT: 2 minutes, 33 seconds
• Jonesboro, Arkansas, 1:55 p.m. CDT: 2 minutes, 24 seconds
• Poplar Bluff, Arkansas, 1:56 p.m. CDT: 4 minutes, 8 seconds
• Cape Girardeau, Missouri, 1:58 p.m. CDT: 4 minutes, 6 seconds
• Carbondale, Illinois, 1:59 p.m. CDT: 4 minutes, 8 seconds
• Mount Vernon, Illinois, 2:00 p.m. CDT: 3 minutes, 40 seconds
• Evansville, Indiana, 2:02 p.m. CDT: 3 minutes, 2 seconds
• Terre Haute, Indiana, 3:04 p.m. EDT: 2 minutes, 57 seconds
• Indianapolis, Indiana, 3:06 p.m. EDT: 3 minutes, 46 seconds
• Dayton, Ohio, 3:09 p.m. EDT: 2 minutes, 46 seconds
• Wapakoneta, Ohio, 3:09 p.m. EDT: 3 minutes, 55 seconds
• Toledo, Ohio, 3:12 p.m. EDT: 1 minute, 54 seconds
• Cleveland, Ohio, 3:13 p.m. EDT: 3 minutes, 50 seconds

Pennsylvania

• Erie, Pennsylvania, 3:16 p.m. EDT: 3 minutes, 43 seconds
• Buffalo, New York, 3:18 p.m. EDT: 3 minutes, 45 seconds
• Rochester, New York, 3:20 p.m. EDT: 3 minutes, 40 seconds
• Syracuse, New York, 3:23 p.m. EDT: 1 minute, 26 seconds
• Burlington, Vermont, 3:26 p.m. EDT: 3 minutes, 14 seconds
• Island Falls, Maine, 3:31 p.m. EDT: 3 minutes, 20 seconds
• Presque Island, Maine, 3:32 p.m. EDT: 2 minutes, 47 seconds

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ABC News Live

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Most of us want to live to 100. Wait until you hear how much that retirement costs.

With all the aches and pains that attend old age, how many Americans would really want to live to 100?

A lot of us, it turns out.

More than half of Americans, 54%, say it is their goal to live to 100, according to a new report from Corebridge Financial, a financial services company.

Much of the rest of the 20-page report deals with what it costs to live for a century.

And that, experts say, is where the numbers get scary.

“If we live till 100 and we retire at 65, we have 35 years of retirement that we need to finance,” said Lina Walker , senior vice president of global thought leadership at AARP.

A 38-year retirement? What it costs to live to 100

Here’s the math:

As a rule of thumb, financial planners say we should expect to spend about 80% of our working income in retirement. With the nation’s median household income at $74,580 , according to the census, the typical family might need about $60,000 a year in retirement money.

The average American retires at 62 . If you live to 100, that means 38 years of retirement. At $60,000 a year, that works out to a retirement budget of about $2.3 million.

Social Security income will cover at least some of those costs. Even so, it’s a lot of money. In the Corebridge survey, only 27% of respondents said they are confident they won’t outlive their retirement savings.

In fact, two-thirds of those surveyed said they fear running out of money more than they fear death itself.

The findings draw from a 2023 survey of 2,284 adults by Morning Consult.

How many of us will live to 100?

Will half of us make it to 100? Probably not. Yet, the ranks of centenarians are growing.

The number of Americans ages 100 and older is forecast to more than quadruple to 422,000 by 2054, according to census figures analyzed by Pew Research.

The number of centenarians alive today, about 101,000, is nearly triple the number who were alive in 1990.

“While it’s impossible to say whether an individual person will live to 100 – we don’t have a crystal ball – some demographic groups are especially likely to reach that milestone,” said Katherine Schaeffer , a research analyst at Pew.

Of all centenarians alive today, Schaeffer said, 78% are women, and 77% are white.

Retirement experts fear many future centenarians will exhaust their retirement money long before they take their last breath.

“Millions of Americans are at risk of outliving their savings,” said Catherine Collinson , CEO of the Transamerica Center for Retirement Studies. “That impacts their own household, their own health, their well-being and their longevity. It puts a strain on their families.”

BlackRock CEO sees a looming retirement crisis

Larry Fink, CEO of the investment firm BlackRock, made headlines last week with his annual letter to investors, arguing that the nation faces a looming retirement crisis.

Building a secure retirement “is a much harder proposition than it was 30 years ago,” Fink wrote. “And it’ll be a much harder proposition 30 years from now. People are living longer lives. They’ll need more money. . . . America needs an organized, high-level effort to ensure that future generations can live out their final years with dignity.”

Rising hopes for longer life have fueled fears about what it will cost to live that life in comfort.

Let's say a man retires at 65 with $250,000 in savings. If he spends it down at a rate of $30,000 a year, the money might last him to age 73½. But longevity tables say he can expect to live another decade, to age 84.

Roughly 64% of American workers are confident they have the money to live comfortably through their retirement years, according to the 2023 Retirement Confidence Survey from the Employee Benefit Research Institute.

In a 2023 report from Northwestern Mutual, Americans said they would need $1.27 million, on average, to retire comfortably . Yet the average adult has saved only $89,300 toward that goal, the report found.

Fewer than half of Americans have retirement accounts

And fewer than half of Americans even have retirement accounts , according to census data.

Much of the nation’s angst about retirement, experts say, stems from our national strategy for funding it.

Over the past five decades, workers and employers have gradually shifted from traditional pensions to modern 401(k) and IRA plans.

Pensions typically offer a guaranteed monthly benefit to retirees, a steady stream of checks that continues until death, even if death comes after 100.

The 401(k), by contrast, offers a way for employees to build their own retirement savings, often with help from the employer. Upon retirement, the retiree largely decides how and when to spend the money.

To make a 401(k) or IRA last to age 100 takes planning, experts say.

And many of us gravely underestimate how long our retirement is likely to last.

Many Americans underestimate how long they will live

Life expectancy rises with age. The average life span is 73½ for an American man, but if that man makes it to 70, his expected life span rises to 85.

Many older adults expect to die well before 85. And yet, paradoxically, a majority of Americans of all age groups said in the Corebridge survey that their goal is to live to 100.

Corebridge officials said the finding surprised even them. The response may reflect America’s hopes more than its expectations.

“I think because we’re seeing more and more people live to 100, it’s seeming more attainable,” said Bryan Pinsky , president of individual retirement at Corebridge.

In a 2022 survey , Transamerica put the question another way. It asked older workers and retirees, “What age are you planning to live to?”

'I'm too young to retire': What forced these workers to retire before they were ready

Roughly 1 in 10 older Americans said they planned to live to 100. Larger shares said they planned to live into their 80s or 90s. Many more said they weren’t sure. The survey covered more than 4,000 older workers and retirees.

The same report found that the typical American retires at 62. That’s five years younger than the age when older workers expect to retire: 67. And it’s a long way from 100.

“If the median retirement age is 62,” Collinson said, “how can you afford 38 years in retirement? That’s the big question.”