That depends how much power each of the heat sources have. Add the power of the two heat sources, and compare with the power of the strong one.
the heater may be turned on more people more heat if window opened it gets colder and less people in the room less heat
our bodies always releases heat. so, when there are less people in a room, there bodies release less heat and we feel cold but when there are more people in a room there bodies release more heat and we feel warm.
It depends. A heat pump is probably more efficient if you're going to heat the entire house evenly; if you only want it warm in one room, a room heater may be better.
Strong side and weak side are determined by how much room there is between the ball/Center and the sideline. If the ball is placed on the left hash mark on the field, then there is more room to the right and that is the strong side. The left side would then be the weak side as there is less room for the offense to operate and therefore fewer play options. Less room and fewer options=weak. More room and more options=strong.
It is the ratio of room sensible heat to the total heat.
Room heaters have polished reflectors because bright, polished reflectors reflect heat more efficiently and hence more heat is generated in front of the heater, at the same time since they.
Heat will be distrubuted evenly throughout the room. The fire is maximum distance from an exterior wall, and will loose less heat through the wall to the outside.
yes it does
Check and see if your fireplace has heat vents on the sides or above the firebox, and that they are open.
A refrigerator is a "heat pump." That is, it pumps heat out of a cold area (inside) to a warm area (the room). Thus, when working at its best, a refrigerator is a heater. However, the laws of thermodynamics assures us that it will always use more energy than it puts to work, so that extra energy will also heat the room. That is why your air conditioner (another kind of heat pump) is outdoors: if it were indoors, it would heat the room it was trying to cool!
No more quiet than strong; certainly no more strong than quiet.
If a room is extremely well insulated and the wattage of the bulb is greater that the wattage heat loss then, yes a light bulb can heat up a room. The time that it takes to heat up a room would be considerable.