Question

When force is applied to a rubber band. It changes shape. Is it solid ?

Answer 1

Hint:A rubber band is a loop of rubber that is widely used to hold various things together. It is generally circular or oval in form. Stephen Perry patented the rubber band in England on March 17, 1845. The majority of rubber bands are made of natural rubber or, in bigger quantities, elastomer, and come in a range of sizes.

Complete answer:
A rubber band is regarded as solid because it changes shape when subjected to force and then returns to its original shape when the force is withdrawn. The rubber band is considered solid because when we apply force and stretch it, it changes shape and lengthens, but when the force is released, it returns to its previous shape.

Elasticity is the name given to this feature of rubber. A natural polymer is rubber, for example. Rubber molecules have an intrinsic elasticity that allows them to stretch when pulled. Rubber's elastic polymers bounce back to their original length when the pulling force is released. This type of polymer is commonly referred to as an elastomer.

When a force is applied to a rubber band, it changes shape and then returns to its original shape when the force is withdrawn. It is solid in nature, yet because to the rubber band's elastic nature, it may change shape when force is applied. Rubber bands are constructed of polymers such as natural or synthetic rubber.

Note: Polymer materials deteriorate over time and lose their flexibility as a result of degradation processes. As the chains are urged to become straight due to this frequent jostling, they create a resisting (elastic) force. Elasticity is most commonly seen when a rubber sample is stretched, although it may also be seen when rubber is crushed.