Objects vibrate when exposed to sound waves because sound waves are mechanical waves that propagate through a medium, such as air or water. When a sound wave encounters an object, it causes the molecules or particles in the object to vibrate. The object's vibration is a response to the mechanical disturbance created by the sound wave passing through it.
In contrast, all objects do not experience light waves in the same way. Light waves are electromagnetic waves that can travel through a vacuum as well as through various media, such as air or transparent solids. When light waves interact with an object, different processes can occur depending on the properties of the object and the wavelength of light.
In general, when light waves encounter an object, they can be absorbed, transmitted, or reflected. Absorption occurs when the object absorbs the energy of the light wave, converting it into other forms of energy (such as heat). Transmission happens when the light wave passes through the object without significant interaction. Reflection occurs when the light wave bounces off the object's surface, changing its direction.
Whether an object will vibrate or not when exposed to light waves depends on its physical properties and the specific interaction between the light wave and the object. While some objects may exhibit vibration or oscillation under certain conditions, it is not a universal response for all objects when exposed to light waves.