The same with when a light hits a solid; the energy either gets reflected or absorbed. If light hits a dark colored solid, most of the light will be absorbed, and the black object will get warm.
If light hits a light-colored solid, most of the light will be reflected, and the white object will stay cool.
By the way, the same thing happens to both heat and light, because heat is a form of light; heat is also called infrared light.
Further answer
It does depend somewhat on what form this heat is in. If it's radiation then the answer above is fine. But if it's in the form of say, hot air, then there won't be any reflection, just conduction of the heat from the air to the solid.
Nothing until it hits its melting point. Once it hits its melting point, its particles begin to move more freely, and the solid turns into a liquid.
What happens to a solid when energy is removed
nothing happens after a solid chages into a liquid.
The same with when a light hits a solid; the energy either gets reflected or absorbed. If light hits a dark colored solid, most of the light will be absorbed, and the black object will get warm.If light hits a light-colored solid, most of the light will be reflected, and the white object will stay cool.By the way, the same thing happens to both heat and light, because heat is a form of light; heat is also called infrared light.Further answerIt does depend somewhat on what form this heat is in. If it's radiation then the answer above is fine. But if it's in the form of say, hot air, then there won't be any reflection, just conduction of the heat from the air to the solid.
nothing happens after a solid chages into a liquid.
Solid Gold Hits was created in 1986.
As the temperature of a solid increases, the particles within it gain more kinetic energy, causing them to vibrate faster and move further apart. This disrupts the ordered arrangement of the particles in a solid, leading to an increase in the overall movement and making the solid transition into a liquid state.
When a liquid hits a solid, several interactions occur, including adhesion and cohesion. The liquid molecules may stick to the solid surface due to adhesive forces, while cohesive forces among the liquid molecules can create surface tension. Depending on the speed of impact and the properties of both the liquid and solid, the liquid may spread, splash, or form droplets. The outcome is influenced by factors such as the viscosity of the liquid, the texture of the solid, and the angle of impact.
A LIQUID FREEZES TO SOLID
solid
Sometimes an alloy or a glass is formed.
they move faster, eventually changing the solid into a liquid