You're touching on a key concept in physics! It's true that we often think of solids as rigid and unbendable, but that's not entirely accurate. Here's why:

* Solids have a definite shape: This is true, but it doesn't mean they can't deform.

* Solids resist changes in shape: This is the key. Solids hold their shape due to the strong bonds between their molecules. When you apply force, you're essentially trying to overcome these bonds.

* Elasticity and Plasticity: Solids exhibit two important properties:

* Elasticity: When you bend a solid within a certain limit, it springs back to its original shape. This is like a rubber band.

* Plasticity: If you bend a solid beyond its elastic limit, it will permanently deform. Think of bending a paper clip.

So, while solids *can* be bent, the extent of bending depends on their:

* Material properties: Different materials have different strengths and abilities to withstand force. Steel is much stronger than paper.

* The amount of force applied: A small force might only cause elastic deformation, while a large force can cause permanent changes.

In summary: Solids can be bent, but their ability to do so is limited by their elasticity and the amount of force applied. Beyond a certain point, they will permanently deform.