Question

Starting from rest a car acquired a velocity of 16m/s in 4s.If mass of the cart is 3kg Find Force acting on it.Also find Distance travelled by the car .​

Answer 1

Answer:

${❥}\huge{\mathtt{{\purple{\boxed{\tt{\pink{\red{A}\pink{n}\orange{s}\green{w}\blue{e}\purple{r᭄}}}}}}}}$

Congrats chicho

Answer 2

Answer:

Distance covered by a car is 32 metre

Force acting on it is 12 metre

Explaination:−

According to the question

It is given that

Intial velocity, u = 0m/s

Finial velocity ,v = 16m/s

Time taken,t = 4s

Mass of cart,m = 3kg

We need to calculate the force acting on it .

Firstly we calculate thr acceleration of the car..

Using kinematics Equation

v=u + at

Putting all the value we get

a= 4m/s²

So the acceleration of the car 4m/s²

As we know the force is calculated by thr product of mass and acceleration..

F=ma

Substite thr value we get

◇ F = 3×4

◇ F = 12n

Hence the force acting is 12 Newton

Now calculating the distance covered by car in given condition

Using kinematic equation

v²=u²+2as

Substitute the value we get

◇16²=0²+2×4×s

◇256=2+8

◇256=3×s

◇s=356/8

◇s=32m

Hence the distance covered by the car is 32 metre.

thank you so much Didi monkey