m = mass of car
dV = change of velocity
dM = change in momentum
T= time
a = acceleration mile/hour2
dVmph =40mph - 30mph
dVmpg = a*T
dM = mdV*T
F = ma
impulse = FT = maT
The force of an object in motion, such as a car traveling at 30 mph, can be calculated using the formula Force = mass x acceleration. Without the mass of the car, we cannot determine the force in newtons.
It is an example of a velocity.
At 60mph, it generally takes longer to stop compared to 30mph due to the higher speed and momentum. Factors such as reaction time, braking distance, and road conditions also affect stopping time. In general, stopping at 60mph will take more than twice the distance compared to stopping at 30mph.
In 2013, the wind blew over 30 mph in Miami 10 times. source: https://weatherspark.com/history/30883/2013/Miami-Florida-United-States
To find your speed, divide the distance traveled by the time taken. In this case, 1000 meters divided by 75 seconds gives you a speed of approximately 13.33 meters per second.
30mph
Yes and No. No in the sense that the speed is not changing. What you are feeling is the change in direction as the car rounds the turn, an effect called centripetal acceleration.
30mph
30mph
The force of an object in motion, such as a car traveling at 30 mph, can be calculated using the formula Force = mass x acceleration. Without the mass of the car, we cannot determine the force in newtons.
i think 30mph
48.28032 kph ==
around 30mph
they can run 30mph
30mph
Missing data. That would depend on the acceleration, and that depends on the condition of the brakes, the condition of the road, and other factors. Or even if it was driven into a concrete barrier, in which case time = 0 (nearly).
75 Feet