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800 meters, or about .5 miles.

Q: A runner races 800 around a circular track what distance does he cover?

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Suppose a runner covers a distance of 5322 feet in a 6 minutes and 11,531 feet in 13 minutes. So how much distance does the runner cover in 16 minutes?

The average momentum of a runner can be calculated by dividing the mass (in kg) of the runner by the time taken to cover the distance (in seconds). This gives the average momentum of the runner during that time period.

To find the speed of a runner, you can use a stopwatch to time how long it takes the runner to cover a set distance, such as a track or a specific stretch of a road. You can then calculate the speed by dividing the distance by the time taken. Another option is to use a speed radar gun, which measures the speed of the runner as they move.

The runner's average speed is greatest when they cover the most distance in the least amount of time. Therefore, the average speed is greatest when the slope of the distance-time graph is steepest.

Blade Runner

They will meet after 40 seconds (since they cover a total of 200 m) and at a distance of 180 m from Runner A's starting point (since Runner A is faster).

Yes and no. A tall person will be able to cover more distance with each step, but it will require more power as they have more to move; meaning the tall person may be better in the short-run, but they may tire quicker than the short runner. I'll say yes because the taller runner's legs are longer than the shorter runner,which cause the taller runner to take bigger steps than the shorter runner.

Remove victim from danger, Stabilize the victim, Call or send runner for medevac.

you can't.

At different latitudes, the speed of Earth's rotation changes due to the varying distance from the planet's axis of rotation to that latitude. Near the poles, Earth's rotation speed is slower since those points have a smaller circular path to complete in 24 hours. Near the equator, the rotation speed is faster since the points there have to cover a larger circular distance in the same time period.

the distance from its nuclei and the atomic radius

Distance=speed*Time (taken to cover that distance)