Electrons are described as:

Electrons are indeed described as being displaced or transferred to another material. This is due to their nature as subatomic particles that can move freely within conductive materials such as metals. When a material gains or loses electrons, it becomes charged; if it loses electrons, it becomes positively charged, while gaining electrons results in a negative charge. This transfer of electrons is fundamental to the flow of electric current in circuits.

The first option suggests that electrons can be created and destroyed, which contradicts the principle of conservation of charge—electrons can only be transferred, not created or annihilated in typical interactions. The third option claims that electrons exist only in charged objects; however, electrons are present in all atoms, regardless of whether the object is charged. Lastly, the idea that electrons are fixed in one location contradicts their ability to move within conductive materials, allowing for the flow of electricity. Thus, the description of electrons being displaced or transferred accurately reflects their behavior in electrical interactions.