Justhelp said:When heat is transferred by passing vibrations from one atom to another, it is called conduction or radiation? I know it's def. not convection.
Thank you
Heat transfer is the process of energy transfer from a hotter object to a colder object. In copper masses, this transfer occurs through the movement of electrons, which carry thermal energy from the hotter to the colder regions.
The mass and temperature of copper masses play a crucial role in determining the rate of heat transfer. A larger mass of copper will have a greater capacity to store thermal energy and a higher temperature difference between two masses will result in a faster rate of heat transfer.
The rate of heat transfer will be higher for the 8kg mass at 480K compared to the 10kg mass at 450K. This is because the 8kg mass has a higher temperature difference of 30K, whereas the 10kg mass only has a difference of 20K.
Some factors that can affect heat transfer in copper masses include the surface area, thermal conductivity of the material, temperature difference, and insulation. A larger surface area and higher thermal conductivity will result in a faster rate of heat transfer. On the other hand, insulation can slow down heat transfer by reducing the temperature difference between two masses.
Heat transfer in copper masses has many practical applications, such as in heating and cooling systems, refrigerators, and cooking appliances. It is also used in various industrial processes, such as in the production of metals and in power generation. Understanding heat transfer in copper masses is essential for optimizing these processes and improving their efficiency.