30 yards per second, or 90 feet per second.
None. 2.5 seconds is a period of time. It is not a speed since there is no measure of distance involved. By contrast, yards per minte is a measure of speed. The two measures are incompatible.
To determine the speed in yards per second, divide 2736 yards by 8 seconds, which equals 342 yards per second. This is an extremely high speed, often seen in competitive sports or specialized vehicles. For context, this speed is significantly faster than the average human running speed, highlighting the exceptional nature of the scenario.
what is the average speed 34 meters in 10 seconds Average speed is calculated by dividing the distance traveled by the time it took to travel it. In this case, divide 34 meters by 10 seconds to get 3.4 m/s.
1 yard = 36 inches 1 minute = 60 seconds ∴ 32 yards per minute = 32( 36 inches ) per ( 60 seconds ) = 1152 inches per 60 seconds = 19.2 inches per second
100 metres = 109.3613 yards so, IF the man can maintain the same average speed for the extra distance, he would take 11.155 seconds (approx).
None. 2.5 seconds is a period of time. It is not a speed since there is no measure of distance involved. By contrast, yards per minte is a measure of speed. The two measures are incompatible.
It will take you 17.05 seconds to run 100 yards.
You must swim faster than 41 seconds per 25 yards. Or it is 82 seconds in a 50 yard pool.
You haven't mentioned distances or speed or acceleration, so this cannot be answered.
what is the average speed 34 meters in 10 seconds Average speed is calculated by dividing the distance traveled by the time it took to travel it. In this case, divide 34 meters by 10 seconds to get 3.4 m/s.
He is running at an average speed of 21.31 mph.
Jason ran 200 yards in 36 seconds
1 yard = 36 inches 1 minute = 60 seconds ∴ 32 yards per minute = 32( 36 inches ) per ( 60 seconds ) = 1152 inches per 60 seconds = 19.2 inches per second
It is equivalent to a speed of 11.3636.. mph - if the speed can be sustained.
At 4 mph, you would cover 88 yards in one minute. In 45 seconds, you would cover 66 yards (88 multiplied by 0.75).
12 mph equates to 352 yards per minute.
100 metres = 109.3613 yards so, IF the man can maintain the same average speed for the extra distance, he would take 11.155 seconds (approx).