Well, room temperature can vary from 40 degrees Celsius to -40 depending on where you are, but generally ectoterms such as reptiles, amphibians and fish which rely on heat from the enviroment to power their metabolism become less metabolically active when placed in areas colder than they're adapted to. It's why there aren't that many reptiles and amphibians in polar climates, though fish are evoltuonary much more diverse and have those that are capable of living in cold waters (which still aren't frozen ice) have evolved ways to deal with it.
You cannot lower the temperature if you are at absolute zero.
They typically live in lower oxygen/lower temperature environments, so their metabolism is markedly slower than most other sharks.
At lower temperatures, particles have less kinetic energy, which causes them to move more slowly and have less frequent collisions. This results in a decrease in the overall movement and diffusion of particles. Additionally, particles may start to arrange themselves in a more ordered and crystalline structure as the temperature decreases.
They typically live in lower oxygen/lower temperature environments, so their metabolism is markedly slower than most other sharks.
A high specific heat for water means that it can absorb a lot of heat energy before its temperature increases significantly, so it heats slowly. Conversely, it also loses heat slowly because it releases a significant amount of energy to lower its temperature.
Spheroidising Heat to just below Lower Critical Temperature. (about 650-700 deg C) Cool very slowly in the furnace
Solubility is linked to temperature of the liquor and falls sharply with temperature. Hence we see sugar dissolves quickly in hot liquor and very slowly at lower temperatures.
If an object loses thermal energy, its temperature decreases. This is because thermal energy is directly related to the object's temperature. As the object gives off energy, its molecules move more slowly, resulting in a lower temperature.
Temperature can control the speed of molecular movement. Higher temperatures lead to increased molecular motion, while lower temperatures slow down molecular movement.
Please clarify what you mean by slow-moving air. Do you mean an air mass that is moving slowly, or a gas particle that is moving slowly? If you mean the latter, perhaps this answers your question: for a given temperature, gas particles with less mass move faster than gas particles with greater mass. Additionally, for a given species, a lower temperature corresponds to lower particle velocity, with absolute zero corresponding to no movement whatsoever.
When matter vibrates slowly, it produces sounds with a lower pitch. This is because the frequency of the vibrations is lower, leading to a lower perceived pitch.
Removing heat from the air will lower its temperature.