can u Give an example in which the motion of a body depends on the point on which the force is applied?

Answer 1

the perfect example is a ball.
a cue ball a foot balal. it can either be struck and follow a straight path without rotating,
bend with angular velocity
top spin it bounches and accelarates
back spin it "stays" resist it momentum

give it a though;)

Answer 2

Imagine something long and skinny, like a board, in which you are going to apply a force. If you applied the force out toward the extremity of the board you are more likely to induce a rotation then if you had applied the force near the objects center of mass.

Answer 3

consider a point object placed at x,y,z position on 3 dimensional space. Now it is on the direction in which thge force acts.
The general equation of a force is x I + y J + z K where I,J,K are unit vectors along the co-ordinate axes.

Answer 4

The spin of a snooker or billiard ball depends on the spot where you hit the ball.

Answer 5

If you hit someone quite hard on the ankle they will probably fall over, whereas a similar blow to the hand is unlikely to do this (unless it's extremely hard)