The five letter word that refers to heat is steam. When a liquid evaporates, it evaporates releasing steam whose temperature is high.
Therm or Steam
a Joule
The letter in chemistry that represents heat is the letter Q. Q is the heat of the reaction that has occurred.
A heat wave is a prolonged but minor "drought" that occurs in an area that varies by the air pressure and the weather conditions. If you are referring to the electromagnetic wave that is felt as heat then it is "infra red" or thermal radiation.
If you are referring to a Bunsen burner, used in laboratories to heat chemicals, it was named for it's inventor- Robert Bunsen. See link at bottom of page.
In chemistry the transfer of heat (H) in reactions is illustrated by the Greek letter delta in front of H (ΔH). Heat can be released into the system (exothermic) or absorbed from it into the reaction's product.
The term was introduced around 1762 by Joseph Black. It is derived from the Latin latere (to lie hidden). Black used the term in the context of calorimetry when referring to the heat transferred that caused a change of volume while the thermodynamic system was held at constant temperature.In contrast to latent heat, an energy is called a sensible energy or heat, when it causes processes that do result in a change of the temperature of the system.-Wikipedia
What equation are you referring to
The letter in chemistry that represents heat is the letter Q. Q is the heat of the reaction that has occurred.
What heat r u referring to, is it the seat heater. If it is, turn off the seat heater
Not really, if you're referring to heat transfer, then the heat will use the path of least resistance. So the heat doesn't rely on the path as much as it does on the material that the heat must travel through.
I cannot see the list of substances in which you are referring to.
Turn off the heat to the basement, first and second floors?
Depends on the lamp and bulb if you are referring to temperature. Directly related to energy wasted as heat and not converted to lumens. The element or filament has a higher resistance and displaces heat. Inefficient unless heat is your goal as with a heat lamp. If you are referring to degrees of diffusion; that depends on the bulb or the shades diameter, the shades reflectivity and distance of the light source to the end of the shade.
heat
It depends on which alloy you are referring to. Bronze and brass have different specif heat capacities due to their different constituent elements.
Giver her a rest. Everyother heat is fine.
Only if you're referring to an electric heater ... since all loses are also heat. The real world answer is no.
A properly installed heat pump uses about one third of the electrical energy to produce the same amount of heat.