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The heat is generated due to friction.
Yes, and the heat generated is the converted momentum of slowing down.
Dissipated heat is used to create carbon dioxide in radiators
the dissipated energy is lost as heat, as well as it is dissipated to do the work against frictional forces.
When it comes to generating heat, the sun is undoubtedly a powerful source. However, unlike other sources of heat such as fire or electricity, the sun's heat cannot be stored or reused once it's gone. This is because the sun's heat is generated by nuclear fusion reactions that occur deep within the sun's core. As a result, the heat generated by the sun is a constant and ongoing process, and once it's gone, it's gone for good. While we can certainly harness the sun's heat through various technologies such as solar panels, we cannot reuse the heat generated by the sun once it has dissipated.
It is radiated as heat energy which is quickly dissipated to the surrounding environment.
Heatsinks don't necessarily absorb heat. They usually act to divert heat away from sensitive components, and the heat is dissipated by fans.
The heat is generated due to friction.
dissipated heat is used to boost the power and to combine with it
Yes, and the heat generated is the converted momentum of slowing down.
Dissipated heat is used to create carbon dioxide in radiators
when your PC has been inoperation for a while the components inside start to heat up this heat can cause damage to those components a heat sink turns the heat into air and vents it out of the PC making sure your compnents eg processors are still in working order
Heat
the dissipated energy is lost as heat, as well as it is dissipated to do the work against frictional forces.
Yes. Ice in the air lines, to much heat generated by the brakes (overheating)... those are the two main causes.
When it comes to generating heat, the sun is undoubtedly a powerful source. However, unlike other sources of heat such as fire or electricity, the sun's heat cannot be stored or reused once it's gone. This is because the sun's heat is generated by nuclear fusion reactions that occur deep within the sun's core. As a result, the heat generated by the sun is a constant and ongoing process, and once it's gone, it's gone for good. While we can certainly harness the sun's heat through various technologies such as solar panels, we cannot reuse the heat generated by the sun once it has dissipated.
usually dissipated as heat.