Question

A ball of mass 500 g is at rest on a surface. How much distance will it move in a straight line in 10 seconds when a force of 0.1 N is applied on it? (Hint: Distance the ball moves in a straight line is same as displacement of the ball since it is moving in a straight line horizontally on the surface. Use the appropriate equations of motion to get the final answer. Do not forget to express the final answer in SI unit.)A ball of mass 500 g is at rest on a surface. How much distance will it move in a straight line in 10 seconds when a force of 0.1 N is applied on it? (Hint: Distance the ball moves in a straight line is same as displacement of the ball since it is moving in a straight line horizontally on the surface. Use the appropriate equations of motion to get the final answer. Do not forget to express the final answer in SI unit.)

Answer 1

Answer:

We have,

m=500g,t=10s,f=fN

Since,f=ma

So, a=

m

f

=

500

f

ms

2

Now, By using:

s=ut+

2

1

at

2

=0+0.5×

500

f

×100 Since u=0

=0.1fm

Explanation:

Hope its helps you and mark me as Brainlist plz