Does mass of a substance and amount of heat energy added affect temperature?

Answer 1

We can't see that it does. You can have 1 ounce of warm water or ice,

and you can Lake Michigan either warm or frozen.

However, if you have more of a substance then it's temperature will change more slowly as you add or subtract heat from it at a specific rate.

Answer 2

We can't see that it does. You can have 1 ounce of warm water or ice,

and you can Lake Michigan either warm or frozen.

However, if you have more of a substance then it's temperature will change more slowly as you add or subtract heat from it at a specific rate.

Answer 3

If you take two bodies made with the same substance at the same condition (temperature, pressure and so on) and takes particles from the first to add them to the second, temperature does not change. As a matter of fact temperature is no other think that the average energy of the body particles, so that adding other particles with the same average energy does not change the overall average.

This reflect the fact that temperature is a so called intensive thermodynamic characteristic, that do not depends on the mass of a body. Another intensive characteristic is pressure.

Extensive characteristics, on the contrary, are proportional to the mass of a body. Example of extensive characteristics are Volume and entropy.

Naturally the experiment I described above is only possible in principle, in practice adding mass to a body without exerting work on it is very difficult.

Answer 4

An increase in temperature usually results in an increase in volume. If you think about a pan of water (say 1 quart) and heat it until it boils, it will turn to steam which will easily fill the whole room - a few cubic yards.

Answer 5

An increase in temperature will cause an increase in volume, while a decrease in temperature will cause a decrease in volume.

Answer 6

YES