hello my name is bob i am fluffy and more fluffy and i am only seven years of age so yeah i might not look it but i am seriously this big boo yeah Hahahah
Typically the solid will both increase in temperature and expand, as the heat energy delivered to the solid causes its molecules to vibrate faster and to increase their spacing.
Its temperature declines, and it may change phase ... from liquid to solid, or from gas to either liquid or solid.
During the phase change of a solid to a liquid (melting), all of the energy goes into breaking the intermolecular bonds holding the molecules of the solid together, and none of the energy goes into changing the temperature. Thus, during this particular phase of melting, the temperature of the system does NOT change.
Either the object's temperature will increase - or, the object will undergo a phase change (for example, from solid to liquid), in which case the temperature will stay the same.
The energy must be supplied to the solid so that it melts.
Typically the solid will both increase in temperature and expand, as the heat energy delivered to the solid causes its molecules to vibrate faster and to increase their spacing.
What happens to a solid when energy is removed
The temperature decrease and also the volume.
The kinetic energy exceeds the inermolecular forces (Apex)
Its temperature declines, and it may change phase ... from liquid to solid, or from gas to either liquid or solid.
when solid has already melted and when heat is supplied it starts increasing the temperature of liquid
Its because of convection. Which is caused by a solid liquid or gas as the temperature changes. Love: H.C.S:)
During the phase change of a solid to a liquid (melting), all of the energy goes into breaking the intermolecular bonds holding the molecules of the solid together, and none of the energy goes into changing the temperature. Thus, during this particular phase of melting, the temperature of the system does NOT change.
Kinetic energy, heat energy, static electric energy
you mean the solid form of CO2?? Because heat is transferred to the dry ice from the other object, removing thermal energy and lowering its temperature.
Calcium can be solid, liquid or gas. At room temperature it happens to be a solid.
Either the object's temperature will increase - or, the object will undergo a phase change (for example, from solid to liquid), in which case the temperature will stay the same.