I assume you mean without air conditioning in summer and heat in the winter.
A large amount of insulation will keep the temperature constant during any condition outside. This would behave like a cooler. Beverages stay 40 degrees for example (without ice) if they were put in at 40 degrees. If the outside is warmer, beverages stay cool, and when outside is cooler, beverages stay warm at 40.
You must however never open the cooler, but rather monitor the temperature. Also, you must have a much better cooler than you would find at a store. A cooler more like a thermos with a vacuum, or much much more insulation is needed.
Also, more matter inside is helpful. A large amount of beverage for example will stay cool longer. Also, solids and liquids with a higher specific heat are better.
So... for the test... build a cooler (or thermos) the size of a parking lot. Fill a thermos up with liquid at desired temp between summer and winter temp. First, heat the whole system up to the same temp as a liquid. The thermos will hold its heat for months! Don't believe me? Try it.
In Minnesota, snow in a parking lot piled up can last in the air with no insulation for a month in 50 - 55 degree weather. P.S. dirty snow melts slower than clean snow. Wanna guess why?
Warmer air rises and as it cools will descend.
this air causes to move that way because the earth rotation is side ward so the winds are on side ward movement too.
Yes, the cool air is lighter than the warm air and that is why Ac's are at the top or high level of the room so in this way when the AC gives out cool air it travels down and the warm air travels upwards and the whole room gets cool quickly.
Yes they do. Scientists make maps with isobars on them.
In this way, the shadow of the fan rotating at the floor is clockwise. Ceiling fans can be set up to rotate either way, many of them have a switch that will change the direction. Others can be wired to rotate either way. Typically they are designed to push air rather than pull it.
Buy an air conditioner. Another way is to put fans in the room and get the air circulating
It is a popular misconception that diffusion has occured (especially by my science teachers) but diffusion is far to slow to move ammonia from the front to the back of the room. What is occurring is that air currents are moving the smell of ammonia all around the room. There are always small air currents no matter how still the air in the room may seem. This is way way faster than diffusion.
Warmer air rises and as it cools will descend.
Molecules get in the way. When something passes through the air, it has to move molecules out of the way, and they are usually pushed aside.
hot air rises, cold air falls.
is the study of the way in object move through the air
Airplanes move through the air in a similar fashion to the way boats move through the water.
First, I will assume that the two "intake" ducts deliver air from the furnace or air conditioner depending on the season. These are usually referred to as "supply ducts." Since air warmer than the surrounding air rises, which would be true if it was coming from the working furnace in winter, the maximum transfer of heat from the air entering the room to the air in the room (by mixing) will take place while the air rises from a supply duct at the low point in the room. Hot air entering from the upper supply duct would stay at the ceiling of the room and only transfer heat to the other air by radiation. The room would be heated mainly by replacement as the cooler air below was drawn to the return duct (usually just one on the main floor in a large common room) which returns the air to the furnace. If the two "intake" ducts come from the furnace, then the other duct should be shut unless it can act as a return to the furnace for heating. Either way, the warmer air should enter as low as possible and the cooler air be drawn out from as low a position as possible. The logic of reversing this system in the summer (cold air entering in the upper ducts and exiting through the [doorway to the one] return duct should be obvious.
Smells or odors travel on air currents. Even in the classroom there is air currents or wind. It may take a while for the air to make it's way around the room. It may not even make it all the way around the room.
Running a room with the a/c on is not harmful to the system. In fact, it is a good way of saving energy. Most window or wall a/c's units have a dial or some other feature that opens a small trap door that lets air from outside be exchanged with stale air inside a room. One thing you must remember is that a fan cools a person not a room. Personally, we have a central a/c and keep a window in the bedroom open about 1/2 inch so air can circulate and not get stagnate. This also applies in the winter because it is one way to eliminate radon from building up.
If you would like the under water code then you will need to host a party and get a buildabearville party room and then choose the swimming party room. Or another way to get the underwater move is ask someone to invite you to their party room and you will get the move from the invitation! I hope this will help alot! Zaggy10
The way to move a heavy box from one room to another creatively is drag it on the floor while dancing around with it!!! you happy! By Clumbsy1!! There you go Smileystar! -