How far does the car travel in 5 seconds?
In 5 seconds the car will travel a distance of 5 × 25 = 125 meters.
How far can a car travel in a second?
Answer: A car travels 0.017 miles in 1 second.
How far does a car go in 10 seconds?
So, 10 seconds= 10/3600= 1/360 hr. Distance = speed *time = 36*(1/360)=1/10km.
How far do you travel in 2 seconds?
In 2 seconds, it will fall d = 16(22) = 64 feet.
How far does a car travel in 2 seconds at 60 mph?
316800 ft ÷ 3600 sec = 88 ft. per sec. So at 60 mph he is traveling 88 ft. per second.
How far does a car travel in 1 second at 70 mph?
70 mph is just over 100 feet per second (102.7 ft/sec).
How far can a car travel in 3 seconds?
The Three-Second Rule Chart
|Three-Second Rule||3 seconds|
|25 m.p.h.||37 ft. per second||111 ft.|
|35 m.p.h.||52 ft. per second||166 ft.|
|45 m.p.h.||66 ft. per second||198 ft.|
How far do you travel in 1 second at 60 kph?
Keep your speed down
For a fit and alert driver, in good driving conditions, at 60 km/h it takes about 3/4 of a second or 12 metres of travel for you to realise that you have to brake and at least another 20 metres to stop. At higher speeds, the distance will be even greater.
How far would a car travel in 4 seconds if it is moving with a speed of 45 km h?
Thus, the car would travel a distance of 50 metres in 4 seconds.
How fast would you have to go to go a mile a second?
Pace (Various Sports)
|mile per second to minutes per kilometer||0.01036|
|mile per second to minutes per mile||0.01667|
|mile per second to seconds per mile||1|
|mile per second to time per mile (HH:MM:SS)||00:00:01|
|mile per second to seconds per 100 yards||0.05682|
How do you find the distance?
To solve for distance use the formula for distance d = st, or distance equals speed times time. Rate and speed are similar since they both represent some distance per unit time like miles per hour or kilometers per hour. If rate r is the same as speed s, r = s = d/t.
How far does a car travel in 1 second at 65 mph?
At 65 mph, keeping one second of following distance means the vehicle is traveling 100 feet behind the vehicle in front. It takes an automobile a minimum of 150 feet to stop. With a 100 foot gap plus the auto’s stopping distance of 150 feet, an impact would occur within 250 feet.