2.5ton should perform nicely
10 cents per square foot per month.
its around 100$ a square foot for average material if you get top of the line its 120$
There are 0.3048 metres in one foot. Therefore, 1350 feet is equal to 1350 x 0.3048 = 411.48 metres.
Simple ... multiply square feet by cost per square foot.
It depends on where you live, and the weather / climate there. Additionally a heating & cooling load calculation should be prepared using the ACCA manual J criteria. A good HVAC contractor will do this at no charge as part of the estimate process. For a Rule of thumb, In my town (Salt Lake City, UT) We would likely recommend 20 to 30 Btu's per square foot for heating, and 20 to 25 Btu's of cooling per square foot (for cooling we include footage above grade only- ) For cooling that is one "ton" of cooling for every 600 square feet.
The cost of installing a central air unit in a 1,563 foot ranch depends greatly on the area, the installing company, and the type of unit chosen for the dwelling. The average cost in the United States, with labor included, is $6,000.
To visualize this, you would first want to assume the shape. We could just assume a square room.If the room has 1350 square feet, that means each side (s) of the room is:s =√ 1350 ft2~= 36.7 feet long.If you need something to compare the length to:Let's assume the average adult male is 6 feet tall. If you stacked 6 adult males, head to foot, you would have about 36 feet. That is the length of one of the sides of this square room.
ranch style home - 1500 square foot with partial basement. What size generator would be needed?
The cost of installing a central heating unit varies depending on where you live. On average you can expect to pay about $5,000 for a small system capable of cooling a 1,400 square foot home.
No. Square feet are square.
Ummm . . . there is 1 square foot in a square foot. The square foot could be any dimensions, like 1 foot by 1 foot, or half a foot by 2 feet, or a quarter of a foot by 4 feet . . . . .
Between (.07) and (.24) BTU per cubic foot. For Central Air, might be better to use (.07 BTU per Cu.Ft.) For window AC unit cooling 150 square feet, use (.024 BTU per Cu.Ft.) For window AC unit cooling 1600 square feet, use (.07 BTU per Cu.Ft.) [[[ All scenarios assume 8 foot ceilings ]]]