No, the ceiling fan will not get the air temperature cold enough to condense the moisture in the air from a gas to a liquid. The only thing that takes the moisture out of air in the room is a dehumidifier. The second choice is an exhaust fan vented to the out side of the building. With an exhaust fan the air has to be replaced by new air. If the humidity of the outside air is the same or higher that the air inside then the exhaust fan will not do the job.
Warm air can hold more moisture than cold air. The dew point in the shower room is at or below room temperature. The vapor from the hot water in the shower warms up the air in the room, and the mirror surface is colder with low dew point, so the water condenses on it causes it to fog up since it cannot hold the moisture. The same thing happens when you leave an air conditioned auto with glasses on - they fog up if the air outside is warm with high dewpoint - lots of moisture
It is possible to take cold showers during the winter, though it may be uncomfortable.
moisture cause mold because if u take a shower and don't clean it .it may cause mold and eat whatever it lands on
It depends on what temperature the room/place is. In summer, inside or out, it will always melt a lot quicker and if the temperatues are perticularly high, could melt as fast as 10-15 minutes. Same with winter, in the cold months it will melt slower. If you are outside and it is a cold winter, the ice cream may not melt at all. But if inside, it could take anything from 12mins to 1hr.
No ermines do not hibernate in the winter. Why have a white fur coat in the winter if you are just going to sleep through the winter. Take the grizzly bear for example it has a brown coat and it hibernates but the ermine has a white coat so it does not hibernate in the winter.
If the small room had an identically sized room built on the floor above it, take out the ceiling.
In days gone by, it was commonplace to find a ceiling fan slowly turning in several rooms of a house when the temperature outside started to rise. Those fans were more than just an attractive appliance. Those fans were keeping the heat at bay. The principle behind a ceiling fan is that it creates movement of the air in a room, thereby causing the moisture on a person's skin to evaporate. When the moisture evaporates, it leaves the person feeling cooler. That process was extremely useful and necessary in the era before air conditioning was invented, since those fans were one of the only ways to bring cooling into a home. With the invention of modern air conditioning, many people moved away from installing ceiling fans in their homes. That is an unfortunate choice, since ceiling fans are equally as useful in a modern setting as they were in the past. By using a ceiling fan, a homeowner can actually raise the thermostat and still be as comfortable. Of course, raising the thermostat definitely helps save on energy costs. When making the decision to install a ceiling fan in a home, it is wise to measure the room in which the fan will be installed. The area of the room should dictate the size and number of fans needed. For example, if a room is narrow and long, it may be best to install two separate ceiling fans for the most efficient cooling effect. Likewise, if a ceiling fan is not big enough for a room, the desired air circulation will not take place. Contrary to what some people may think, a ceiling fan is not just useful during the hot days of summer. If a ceiling fan is reversible, the benefit can extend well into the winter months also. Most reversible fans have a switch that can be flipped to allow the fan blades to turn in the opposite direction. By reversing the direction that the fan blades turn, one can send warm air down from the ceiling to help heat the cooler air lingering near the floor. This helps extend savings all year round.
Moisture in the passenger cabin will cause the inside of the windshield to freeze up, during the winter time. The defroster should take care of this problem.
I take it you mean the area of the floor is 20 sq metres? In which case the ceiling would be the same size, but you can't calculate the area of the walls without knowing their height.
You should store them seperately because the onions take the moisture from them. So it would be best to put th potatos in a dark place, and maybe get a ceiling basket for the onions.
In winter, fan should blow down,heat rises,get it back. In summer ,fan should blow up for a 2 story vaulted ceiling,to circulate air but not blow down hot air.On a one story in summer it can blow either,but it's a prefference.Up is ok,but down you get a lower cool index feeling.
Well, 3/4 of 120 is 80. We're sure of that. You can take it to the bank and hang your hat on it. We're not so sure about "a room that measures 120 square feet". Is that the floor ? The ceiling ? Floor and ceiling both plus a couple of walls ? We're not sure.
It's just a little less than one standard sheet of board. If you take it as going upto the ceiling in a regular 8 ft.high room, then it's a section just under 4 ft. wide and ceiling height.
You can do this easily if you buy ceiling speakers. These are often ceiling or wall speakers. You should take care to avoid electrical wiring while installing.
Removing in-ceiling speakers must take into account the type of ceiling in which they are installed. Typically the panel that the speaker is set in can be lowered and the speaker can be lifted out for removal.
Assembling a ceiling fan is really easy. First take it out of the box and place all the blades around the center of the fan. Then connect the whole unit to the ceiling with the wires.
Warm air can hold more moisture than cold air. The dew point in the shower room is at or below room temperature. The vapor from the hot water in the shower warms up the air in the room, and the mirror surface is colder with low dew point, so the water condenses on it causes it to fog up since it cannot hold the moisture. The same thing happens when you leave an air conditioned auto with glasses on - they fog up if the air outside is warm with high dewpoint - lots of moisture