Energy can be transferred from one particle to another by radiation or conduction. In conduction, the particles are "touching" and the "vibration" of one increases the "vibration" of the other. A metal pan is heated on the bottom, but the heat is conducted throughout the pan by thermal conduction. This is an instance where atomic or molecular motion is the energy that is being transferred. In radiation, an atom or molecule can release a low energy photon, which is electromagnetic energy, and this photon can carry energy to and transfer it into another atom or molecule. You may have experienced thermal heating by radiation by looking at a blazing fire from a short distance. The heat you feel on your face is radiant heat. Photons are leaving the fire (or then can leave any hot object) and travel through space directly to your skin, where you can feel it.
Conduction
Measure of the average kinetic energy of the atoms in an object
kinetic energy.........
conduction
convection
electromagnetism
conduction
Energy
Conduction is the transfer of energy from one object to another.
Thermal conduction is the transfer of heat energy through particles in contact with one another. Because heat energy is essentially kinetic energy, the particle with more kinetic energy collides with the particle with less kinetic energy, speeding it up and therefore causing it to absorb some of the heat energy from the first particle.
transfer of energy from one particle to another
electromagnetism
The total amount of energy stays the same.
ConductionMeasure of the average kinetic energy of the atoms in an object
Conduction
conduction
Conduction
Kinetic energy
easy i'm sure its because of lack of heat
Through conduction: the transfer of energy from matter touching another matter.
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Energy