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How many feet per second does a car travel when it is moving at 40 mph?
At 40 mph, a car is traveling at about 58.6 feet per second.
How far does a car traveling a 55 mph go in 60 minutes?
55 miles
How far would a car go in 3 hours traveling at 60 mph?
180 miles.
A car traveling at 60 mph carries times the energy as the same car traveling 30 mph?
12
How far does a car traveling at 70 mph go in 3 second?
70 mp(hour) / 60 = 1.167 mp(minute)1.167 mp(minute) / 60 = 0.019 mp(second)0.019 mp(second) * 3 seconds = .0583 miles
When your car is traveling at 55 mph how fast is your body traveling?
When your car is traveling at a constant speed of 55 mph, your body inside the car is also moving at 55 mph relative to the car. This is because you are moving along with the car, experiencing the same speed as the vehicle you are in.
How many feet per second does a car travel when it is moving at 40 mph?
At 40 mph, a car is traveling at about 58.6 feet per second.
How far should a car be behind another car traveling at 55 mph?
three car spaces
How many feet per second will a car travel at 90 mph?
At 90 mph it will be traveling at 132 feet per second.
How many feet per second does a car travel at 50 mph?
A car traveling at 50 mph covers 73.3 feet per second.
How far would a car go in an hour traveling at 60 mph?
60 miles.
How far does a car traveling a 55 mph go in 60 minutes?
55 miles
How far will an atv go traveling 1 mph in 1 second?
An ATV traveling at 1 mph in 1 second will cover a distance of approximately 0.00147 feet or 0.00045 meters.
If a car is traveling 15 mph how many feet will it travel per second?
22 feet per second.
Which is faster - a car traveling at 60 mph or a cheetah running at 25 meters per second?
The car going 60 mph is traveling faster. The cheetah, running at 25 meters per second is moving at 55.9 miles per hour.
How far would a car go in 3 hours traveling at 60 mph?
180 miles.
Does a car traveling at 60 mph carries four times the energy as the same car traveling at 30 mph?
No, the energy of a moving car is proportional to the square of its speed. So, a car traveling at 60 mph carries four times the energy as the same car traveling at 30 mph.
