Silver dissipates heat the quickest
iron
The energy dissipates, meaning that as the wave breaks, it will eventually convert to heat.The energy dissipates, meaning that as the wave breaks, it will eventually convert to heat.The energy dissipates, meaning that as the wave breaks, it will eventually convert to heat.The energy dissipates, meaning that as the wave breaks, it will eventually convert to heat.
This depends upon external temperature, humidity of the air and air flow out side the body. Human can perspire up to one liter of sweat. So he can dissipates the the heat required to evaporate that much water.
Heat makes a metal expand. If you take a metal ball and an metal loop that the ball fits in and then heat the ball and try to put it back in the loop it will not go back through. :)
Urine doesn't create or excrete heat. It dissipates heat and it would be the value of the temperature and the volume of the urine probably expressed in "calories" of heat energy. For humans the urine exits the body at about 99 degrees, but the volume would be a variable.
Manufacturers heat treat metal for a variety of reason. One reason is to alter the physical appearance of the metal. Another reason is to harden the metal. They may even heat treat the metal in order to soften the metal to make it more malleable.
Black actually dissipates heat faster than other "colours" or say chrome.
It's the process in which a heat sink dissipates heat
The heat dissipates in to the air around it.
penny
Heat never condensates, it only ever dissipates. This is known as enthalpy.
The energy dissipates, meaning that as the wave breaks, it will eventually convert to heat.The energy dissipates, meaning that as the wave breaks, it will eventually convert to heat.The energy dissipates, meaning that as the wave breaks, it will eventually convert to heat.The energy dissipates, meaning that as the wave breaks, it will eventually convert to heat.
Usually it dissipates into heat released into the surroundings.
Usually it dissipates into heat released into the surroundings.
As perspiration evaporates, it dissipates heat from the skin.
There are two reasons. The surface area of the handle is less than that of the cup so it dissipates heat less quickly. In addition the metal of the spoon conducts heat more readily than the ceramic of the cup.
Heat always dissipates from the warmer to the cooler environment.
Amplitude