If you walked 2 meters in 1 second, then you could walk 500 meters in 250 seconds, or 4 minutes, 10 seconds
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Remember DiRT : Distance = Rate X Time Distance D= 500 m Rate R = 2m/s Time T = D/R 300m /divided by/ 2m/s = 150 seconds
It would take the man 50 seconds to run 500 meters at a speed of 10 meters per second.
247 = 247*60 light second = 14 820 *299,792,458meters = 4.44292423 × 1012 meters
DNA's approximately 1.8 meters long. If unraveled, it can stretch from the Earth's surface to the moon, which is about almost 400,000 kilometers.
1 second
A mole of meters is 6.022x1023 m, or 6.022x1020 km. So, if you walked at the brisk pace of 6.44 km/hour (4 mi/hour), it would take about 9.35x1019 hours. You'd better pack a lunch.
It would take the man 50 seconds to run 500 meters at a speed of 10 meters per second.
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Average human walking speed is typically around 1.4 meters/second, so it would take about 17.86 seconds. At top walking speed, it would take ten seconds.
Walking at a meter per second would take 900 seconds (15 minutes); at a faster walk, 1.5 meters per second, about 600 seconds ( 10 minutes).
(Six hundred divided by one hundred) seconds
You didn't tell us how long it took to walk those 3.33 meters, so it is impossible to know how long 100 meters would take.
It would take the signal 0.1 seconds to travel 3 metres, given the parameters that you have given.
Take 200 divide by 20!
500/(speed of a roadrunner in meters per second) seconds
9.8 m/s meters per second that is.
At 30 kph you are covering 30,000 meters per hour, or 500 meters per minute, or about 8.3 per second. To cover just 123 meters it would take you 14.7 seconds.
It would take 13.88... (recurring) minutes.