A force is applied on (a) a non-rigid body and
(b) a rigid body. How does the effect of force differ in these two cases?.
Answers
When force is applied on a non-rigid body it can change its shape or the dimensions and can also produce acceleration; while and when force is applied on a rigid body, it tends to produce acceleration in the body.
When force is applied on a non-rigid body it can change its shape or the dimensions and can also produce acceleration; while and when force is applied on a rigid body, it tends to produce acceleration in the body.
When force is applied on a non-rigid body it can change its shape or the dimensions and can also produce acceleration; while and when force is applied on a rigid body, it tends to produce acceleration in the body.
When force is applied on a non-rigid body it can change its shape or the dimensions and can also produce acceleration; while and when force is applied on a rigid body, it tends to produce acceleration in the body.
When force is applied on a non-rigid body it can change its shape or the dimensions and can also produce acceleration; while and when force is applied on a rigid body, it tends to produce acceleration in the body.
When force is applied on a non-rigid body it can change its shape or the dimensions and can also produce acceleration; while and when force is applied on a rigid body, it tends to produce acceleration in the body.