No, the thermal energy of any object is a multiple of its temperature (absolute), the specific heat of the material it is made of, and the mass of the material. So obviously a large pot contains more energy than a small one.
Assuming that we are talking about the same container for both the hot and the cold water, and that the water is the same water, the hot water will have more thermal energy. If we are talking about cold water with something disolved in it and hot water that is pure, it is possible for the cold water to have more thermal energy, but this would depend on what is dissoved and the precise difference in temperature.
The thermal energy of a substance is proportional to the mass.
Each type of material is able to absorb a different amount of heat when temperature increases, this is the characteristic known as "heat capacity."
The larger mass will absorb the greater amount of heat which is thermal energy.
No, it can't have the same thermal energy. The hot water loses energy to the surroundings. Cold is an absence of energy, as energy is removed the water becomes cold.
Of course! It doesn't matter the size, just the temp.
There is no opposite of thermal energy.Thermal energy is energy that comes from heat, and therefore comparable to temperature. There is no "opposite of temperature," and there is no "opposite of thermal energy."If an object has high thermal energy, it is hot. The opposite of that would be having low thermal energy, or being cold.
its due to condensation. When warm air meets cold.
The liquid to which you are referring is likely condensation - water. When water vapor in the air encounters something cold, such as a container with ice in it, the vapor tends to collect and condense into liquid water around the cold object. The same thing happens with a glass of ice water on a hot day.
Thermal energy will move from the hot to the cold until their temperatures are identical.
As water and ice have different temperatures, if we add them together then there will be an exchange of heat, due to which ice starts melting and water becomes cold. The heat required to melt the molecules of ice is provided by the molecules of water and this heat is the latent heat of fusion.
No, it can't have the same thermal energy. The hot water loses energy to the surroundings. Cold is an absence of energy, as energy is removed the water becomes cold.
The energy content of still water isolated from external energy sources is generally thermal energy, and "cold" is in actuality the absence of heat. Thus the colder the water is, the less thermal energy it contains.
it depends on the type of bowl...
Yes, the more substance you have, the slower the temperature change.
Since hot water is less dense that cold air the hot water will rise and the cold would sink then it keeps doing this in a circular motion 'till the thermal energy reaches to thermal equilibrium.
If cold and hot water are poured into the same container, then the cold water will gain energy and the hot water will lose energy, until the water as a whole has the same temperature
Thermal energy is the internal energy of a system in thermodynamic equilibrium by virtue of its temperature. A hot body has more thermal energy than a similar cold body, but a large tub of cold water may have more thermal energy than a cup of boiling water. Thermal energy can be transferred from one body, usually hotter, to a second body, usually colder, in three ways: conduction , convection, and radiation. Insulator
thermal energy is energy in the form of heat.
Something is conducting thermal energy if it is hot or cold to touch. Heat is thermal energy and heat can be felt by either the feeling of cold, or hot.
cold
Yes
Yes