the square feet would depend on two measurements. you need another measurement to find square footage. please re-ask question with the other measurements of length depth and height also.
The floor and ceiling are each (28 x 15) = 420square feet.We don't know the area of the walls until we know how high the room is.
9 square feet = 1 square yard -- Floor = 24' x 18' = 432 square feet -- Ceiling = 24' x 18' = 432 square feet -- 2 walls = 24' x 9' = 216 square feet each = 432 square feet -- Other 2 walls = 18' x 9' = 162 square feet each = 324 square feet Total inside surface of the room = 1,620 square feet = 180 square yards
To determine the BTU requirement for a 12 x 12 room with a 12-foot ceiling, you can start with a basic calculation of 20 BTU per square foot. For a 144 square foot room, this equates to approximately 2,880 BTU. However, considering the high ceiling and other factors such as insulation, sun exposure, and occupancy, you may want to increase the capacity to around 3,500 to 4,000 BTU for optimal cooling.
I'm going to assume that you mean the room is 8-ft high. Floor . . . 480 square feet Ceiling . . . 480 square feet Two walls . . . 160 square feet each Other two walls . . . 192 square feet each Total square feet of surface area inside the room = (480 + 480 + 320 + 384) = 1,664 square feet If you're using this number for paint, remember to take off the area of doors, windows, baseboard heaters, electrical outlets, etc.
The area of that wall would be 138 square feet.
The floor and ceiling are each (28 x 15) = 420square feet.We don't know the area of the walls until we know how high the room is.
A cubic foot is a square, 1ft by 1ft by 1ft. It is equal to 1728 cubic inches or 12x12x12. If you had one square foot with something one foot high occupying the one square foot area, you would have 1 cubic foot. cubic feet measures volume, square feet area, and just plain feet or linear feet distance.
A cylinder with a diameter of 1 foot and 3 feet high has a surface area of 11 square feet.
9 square feet = 1 square yard -- Floor = 24' x 18' = 432 square feet -- Ceiling = 24' x 18' = 432 square feet -- 2 walls = 24' x 9' = 216 square feet each = 432 square feet -- Other 2 walls = 18' x 9' = 162 square feet each = 324 square feet Total inside surface of the room = 1,620 square feet = 180 square yards
To determine the BTU requirement for a 12 x 12 room with a 12-foot ceiling, you can start with a basic calculation of 20 BTU per square foot. For a 144 square foot room, this equates to approximately 2,880 BTU. However, considering the high ceiling and other factors such as insulation, sun exposure, and occupancy, you may want to increase the capacity to around 3,500 to 4,000 BTU for optimal cooling.
I'm going to assume that you mean the room is 8-ft high. Floor . . . 480 square feet Ceiling . . . 480 square feet Two walls . . . 160 square feet each Other two walls . . . 192 square feet each Total square feet of surface area inside the room = (480 + 480 + 320 + 384) = 1,664 square feet If you're using this number for paint, remember to take off the area of doors, windows, baseboard heaters, electrical outlets, etc.
As the name suggests, high ceiling lights are used to illuminate high ceiling spaces. This usually means that the ceiling ranges from 20 feet to about 45 feet. Relatively speaking, low ceiling lights are used for ceilings of 20 feet and below. Because there is more space to fill in the high ceiling position, the high ceiling is by definition a powerful light source that can illuminate large areas.
To calculate the amount of insulation needed for a room that is 24 feet long, 10 feet wide, and 8 feet high, first determine the total surface area of the walls and ceiling. The walls' total area is (2 * 24 * 8) + (2 * 10 * 8) = 384 + 160 = 544 square feet. The ceiling area is 24 * 10 = 240 square feet. Adding these together gives a total area of 784 square feet. Depending on the insulation product, you would need enough material to cover this total area, factoring in any windows or doors you may have.
Eight feet.
The area of that wall would be 138 square feet.
It is 1.5 metres.
The same height as the downrod is. Don't buy a low profile or flush mount ceiling fan, because these are specially designed for places where the ceiling is less than eight feet high. I would suggest you buy a traditional ceiling fan or a industrial ceiling fan. Industrial ceiling fans are specially designed for high and big places. For more info about this: http://www.ceiling-fan-wizard.com