Yes, it still has some amount of internal energy or "heat". Even considering the coldest objects in the universe, it is still impossible for an object to have no heat, and this theoretical state is known as absolute zero.
All objects are capable of emitting radiation. Cold objects tend to emit more of their light at longer wavelengths.
Cold is the natural state of the universe. You can only radiate something which is a positive i.e. energy in the state of heat.
all objects absorb radiation
A: Heat from the room will move to the cold object. B: Condensation will happen
If heat can flow between them, then heat flows from the hot one to the cold one. The temperature of the hot object falls, and the temperature of the cold object rises. What drives the transfer of heat is the difference in temperature, so as soon as both objects are at the same temperature, the process stops, and no more heat is transferred.
In a closed system, yes. Both objects will be at the same thermal energy level, and neither will be able to release any to the other. In the real world, this is not the case, heat would continue to dissipate until the object reaches the same thermal energy level as the air around it, approximately.
"Cold" is a relative term, like "high" or "fast". It does exist as a qualitative term but only for comparison. It doesn't exist as a concrete object.
The direction that heat flows in is From a warmer object to a cooler object.
heat travel from a hot object first then to cold object!
Heat always flows from hot to cold. Cold is the absence of heat.
Heat has the natural tendency to flow from a warmer to a colder object. If your hand is warmer than the "cold object", then heat will flow from your hand to that object.
When one object is hotter than another, heat will be transferred from the hot object to the cold object. The hot object will cool down, and the cold object will heat up, until they are the same temperature.
A hot object must be directly touching a cold object.
A: Heat from the room will move to the cold object. B: Condensation will happen
If heat can flow between them, then heat flows from the hot one to the cold one. The temperature of the hot object falls, and the temperature of the cold object rises. What drives the transfer of heat is the difference in temperature, so as soon as both objects are at the same temperature, the process stops, and no more heat is transferred.
no, cold energy cannot be transferred into an object because you need heat in order to form an object for the celcuims
The evaporator is cold.. heat flows to a colder object.
Basic trick is to make a transfer fluid that is (much) hotter than the "hotter object" at one point in the cycle. Heat still flows from hot to cold ... but note that the system is not overly efficient.
Because of conduction.
Yes. That is why my theory of cold not existing works. There is no cold, there is simply the absence of heat.