A 500 kg car is pushed from rest with a force of 400 N, if the car reaches a final velocity of 10 m/s, how far is it pushed?

A. Find the intitial Kinetic Energy.
B. Find the work done on the car.
C. Find the final Kinetic Energy.
D. Find the distance the car moves.

(A - D ARE NOT multiple choice)

Question

A 500 kg car is pushed from rest with a force of 400 N, if the car reaches a final velocity of 10 m/s, how far is it pushed?

A. Find the intitial Kinetic Energy.
B. Find the work done on the car.
C. Find the final Kinetic Energy.
D. Find the distance the car moves.

(A - D ARE NOT multiple choice)

shamim · Answer

Do u know the formula
F=ma

firejay5 · Answer

yess @shamim

shamim · Answer

By using this formula 
Find a=?

shamim · Answer

If u need any more explanation plz ask me

shamim · Answer

Ok. Given  mass m=500kg
Right?

shamim · Answer

Force F=400N
Right?

danjs · Answer

givens:
mass = m = 500kg
initial velocity = Vo = 0 m/s
final  velocity = Vf = 10 m/s
Force = F = 400 N

danjs · Answer

Find the acceleration using 
Force = Mass x Acceleration,  Acceleration = F/m

then use the the attached picture to solve for the distance traveled $$\Delta x = x - x _{0}$$

danjs · Answer

Work = Force*distance

danjs · Answer

Kinetic energy = 1/2 x Mass x Velocity^2