WELL! moist heat is used by heating with steam and the steam can not be formed below 100oC so it is not possible to kill microorganism by moist heat below hundred degree
Falseee
A body temperature of 87 degrees Fahrenheit (approximately 31.7 degrees Celsius) is significantly below the normal range of about 98.6 degrees Fahrenheit (37 degrees Celsius). This condition, known as hypothermia, can be life-threatening and indicates that the body is losing heat faster than it can produce it. Symptoms may include confusion, shivering, and reduced heart rate. Immediate medical attention is necessary to prevent serious complications.
a regular light bulb emits about 80% heat energy and only 20% light energy, whereas leds emit about 70 % light and 30% heat
It keeps heat from outside the refrigerator from getting into the refrigerator.
A heat pump generally has a max temperature change of 20 degrees F. If air entering the return duct is 90, it will not be cooler than 70 on the discharge side, Below 60, it is working against the insulation and air infiltration into the house. It is an air conditioner, not a deep freeze. Remember that a heat pump either dumps heat outside to cool a house, or picks up heat from outside to heat the house. If it is 100 degrees outside, it is hard to dump heat. Below 35, it is hard to pick up heat. At an outside temp of 59 degrees, it should work for either- but nobody needs cooling when it is 59 degrees outside. Open a window, already!.
Heat pumps don't work well when the temperature outside drops below 40 degrees Fahrenheit. The way a heat pump works is by absorbing heat from outside and moving inside using the refrigerant. Much like an air conditioner absorbs the heat from inside of your home and moves it out. Therefore the colder it is outside the less heat a heat pump can produce. The reason they install electric heat strips is to ensure that when the temperature outside gets below 40 you will still have enough heat available to heat the property.
A better way to heat and cool your home - but it may be expensive in the git go. Heat pumps have a problem heating with temperatures below 35 degrees. They can't provide heat if it is below 35 degrees outside. Pipes are laid under ground to use the 55 degree amibent heat there and the heater with 55 degree coolant, the heat is extacted by the heatpump to warm your house. They can also work in the reverse to cool homes. Acting similar to a refrigerator, heat pumps can draw heat from the home and transfer it into the ground and tamp into the cooler ground temperature.
Unfortunately, most domestic A/C units are designed to be set at 20 degrees below the outside ambient temperature. Setting it lower will overstress the system. So if it's 100 degrees outside, then your A/C should be set to 80 degrees to avoid breakdown.
None. There is no difference. Auxiliary heat and Emergency heat are synonymous. It is the electric heat strips that kick on whenever the outside temperature drops too low (below 30 degrees or thereabouts) for the heat pump to efficiently heat the house. The electric strips are a little more expensive to run, but they will heat the house.
The heat emanated from the streets, as it was 90 degrees outside.
yes you can
A better way to heat and cool your home - but it may be expensive in the git go. Heat pumps have a problem heating with temperatures below 35 degrees. They can't provide heat if it is below 35 degrees outside. Pipes are laid under ground to use the 55 degree amibent heat there and the heater with 55 degree coolant, the heat is extacted by the heatpump to warm your house. They can also work in the reverse to cool homes. Acting similar to a refrigerator, heat pumps can draw heat from the home and transfer it into the ground and tamp into the cooler ground temperature.
Because it is cold outside and the HP is useless below 35* or so.
The new generation of heat pumps are efficient below thirty. Just make sure the one you buy is designed for your climate.
Humans can die from extreme heat at temperatures above 104 degrees Fahrenheit (40 degrees Celsius) and from extreme cold at temperatures below -40 degrees Fahrenheit (-40 degrees Celsius).
Heat moves from the water to its surroundings when water is cooled below 0 degrees Celsius. This causes the temperature of the water to decrease further until it reaches its freezing point, at which point it will freeze into ice.