Basic maths... 54 tiles in total !
If your tiles are 12 inches by 12 inches they are equal to 1 sq ft, so you would need 54 tiles.
4800 tiles 3*3=9 (area of tiles) 12*12=144 (width in inches) 12*25=300 (length in inches) 144*300=43200 (area of room) 43200/9=4800 (area of room over area of tiles)
The area may be calculated using this formula: A = (length of each tile in inches) x (width of each tile in inches) x (number of tiles in one box)
If the tiles measure 12 inches square then the area of each tile is 1 sq foot. Therefore 1400 tiles are needed to cover an area of 1400 square feet. However, the actual dimensions of the area being tiled can affect the number of tiles required so closer examination is needed.
Area of a 3 in * 6 in tile = 18 sq inches. Area to be covered = 10 sq feet = 10*144 sq inches = 1440 sq inches. Therefore, minimum number of tiles required = 1440/18 = 80 tiles. That is the mathematical answer. In real life the number of tiles required will depend on the shape of the area to be covered and, possibly, its exact dimensions. It will depend on the extent to which offcuts can be used and on breakages.
If your tiles are 12 inches by 12 inches they are equal to 1 sq ft, so you would need 54 tiles.
One side of a square is 10 inches long. How many one square inch tiles are needed to cover its area?
4800 tiles 3*3=9 (area of tiles) 12*12=144 (width in inches) 12*25=300 (length in inches) 144*300=43200 (area of room) 43200/9=4800 (area of room over area of tiles)
The area may be calculated using this formula: A = (length of each tile in inches) x (width of each tile in inches) x (number of tiles in one box)
The perimeter of a square is 100 inches. How many square tiles 1 inch on each edge are needed to cover its area?
If the tiles measure 12 inches square then the area of each tile is 1 sq foot. Therefore 1400 tiles are needed to cover an area of 1400 square feet. However, the actual dimensions of the area being tiled can affect the number of tiles required so closer examination is needed.
no .of tiles = area of room /area of tiles area of room = 9 X12 X12 X12 inches ( 1 foot =12 inches ) area of tiles =3 X8 no.0f tiles =9 X12 X12 X12 inches /3 X 8 =648
The area around the sink would take two rows of four tiles each, so that is 8 tiles which will NOT be needed. The whole floor would take twelve rows of fourteen tiles = 12 x 14 = 168. So, if we take away the 8 tiles which won't be needed we are left with 160 tiles.
Area of a 3 in * 6 in tile = 18 sq inches. Area to be covered = 10 sq feet = 10*144 sq inches = 1440 sq inches. Therefore, minimum number of tiles required = 1440/18 = 80 tiles. That is the mathematical answer. In real life the number of tiles required will depend on the shape of the area to be covered and, possibly, its exact dimensions. It will depend on the extent to which offcuts can be used and on breakages.
You have a 20 feet x 15 feet room that is going to be tiled. You go to home improvement store and you find tiles that are 12 inches x 12 inches and 16 inches x 16 inches. Knowing the area of the room and how to calculate how many tiles are needed is helpful in this case.
A 900 sq foot area will have a 30 ft side (Sqrt(900)=30) So given that 16 inches = 1.333 feet # tiles on edge = 30/1.333 = 22.5 22.5^2 = 507 tiles
You will need at least 66,828 1/4 tiles to cover that area.