v = s / t
v = 1500 / 5
v = 300 feet/second Ans.//
7.04 seconds (5280 feet in a mile x 2 miles = 10560 feet) / 1500 feet per second = 7.04 seconds
it would take you 1500 seconds to do it if you did 1 every 1 second, so since it takes 2 seconds then you have to double the time it takes you. 3000 seconds is the answer.
1500 mph is a measure of speed and whereas a second is a measure of time. The two measure different things and so cannot be converted from one to the other. There are no seconds in 1500 mph.
There are 60 seconds in one minute. Therefore, 1500 seconds is equal to 1500/60 = 25 minutes.
There are 1500 seconds in 25 minutes.
7.04 seconds (5280 feet in a mile x 2 miles = 10560 feet) / 1500 feet per second = 7.04 seconds
1500 meters/330 meters per second = 4.55 seconds
1500 seconds
it would take you 1500 seconds to do it if you did 1 every 1 second, so since it takes 2 seconds then you have to double the time it takes you. 3000 seconds is the answer.
1500 mph is a measure of speed and whereas a second is a measure of time. The two measure different things and so cannot be converted from one to the other. There are no seconds in 1500 mph.
Cycler's speed = 400/20 = 20 meters per second. Skier's speed = 1500/60 = 25 meters per second. The skier's average speed during his minute is 25% faster than the cyclist's average speed during his 20 seconds.
Speed is not measured in units of time (minutes, seconds). If you want the speed in metres per second, divide 1500 by 322.
There are 60 seconds in one minute. Therefore, 1500 seconds is equal to 1500/60 = 25 minutes.
60 seconds in a minute so 60x25 = 1500 1500 seconds.
There are 1500 seconds in 25 minutes.
If everything proceeds at a constant rate . . .2 watts = 2 joules per second.3,000 joules lasts 1,500 seconds = 25 minutes
Knowing how fast sound travels through water, the time taken for a noise to travel to a target (e.g. a shoal of fish or the sea bottom) and back gives an indication as to how far away the target is. The speed of sound in water is approximately 1500 m/s, so if an echo returns after 2 seconds then the reflecting object is 1500 m away.