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First determine the area of each tile. Area is defined in a quadrilateral as length times width. 9ft X 9ft = 81ft^2

Now just divide:

300ft^2 / 81ft^2 = 3.704 tiles

The answer is 3.704 or almost 4 tiles.

Q: How many 9 ft by 9 ft tiles fit in a room with an area of 300 ft?

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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)

First we need to calculate the square footage of the room. 15*20 = 300 square feet Now we need to know how many square feet each tile covers. 20" = 1.667~ square feet 1.6672 = 2.78 square feet. Now we divide the area of the tiles into the area of the room. 300/2.78 = 108 tiles. This gives the exact number of tiles you need mathematically. Realistically you need to account for cutting and breaking. It's safe to round that up to 120 tiles.

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Assuming you mean the tiles are 16 inches square - you would need 169 tiles.

300 sq ft = 300*12*12 = 43200 sq inches. So number of tiles required = 43200/(13*13) = 43200/169 = 255.6 tiles So a minimum of 256 tiles would be required. But that assumes that all the off-cuts are utilised - NOT a reasonable assumption. Normally a minimum margin of 5% is advised.

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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)

First we need to calculate the square footage of the room. 15*20 = 300 square feet Now we need to know how many square feet each tile covers. 20" = 1.667~ square feet 1.6672 = 2.78 square feet. Now we divide the area of the tiles into the area of the room. 300/2.78 = 108 tiles. This gives the exact number of tiles you need mathematically. Realistically you need to account for cutting and breaking. It's safe to round that up to 120 tiles.

175

No. of tiles =Area of floor / Area of tiles. area of floor = 300 X 50 sq cm. area of tiles = 20 X10 sq cm.hence, no. of tiles = 300 X50 /200 =75

If you're talking floor tiles as opposed to wall tiles and by 12x12 you mean they are 12 inches square, then the answer is 300. Because each tile is one square foot and a 15'x20' room is 300 square feet. Simple, eh?

If you're talking floor tiles as opposed to wall tiles and by 12x12 you mean they are 12 inches square, then the answer is 300. Because each tile is one square foot and a 15'x20' room is 300 square feet. Simple, eh?

300 to 350g/sqm of tile adhesive compute the area of the vinyl tiles and ( AREA of Vinyl tile flooring / 300 or 350 sqm )

The question has been taken to mean hthat the corridor has 180 tiles and each of them covers 300 cm2. That being the case, the area covered is 180*300 = 54000 cm2 = 5.4 m2

Assuming you mean the tiles are 16 inches square - you would need 169 tiles.

a 12 x 12 tile is 1 square foot. So, you would need 300 tiles to cover 300 square feet

Each 16-inch square tile covers 11/3 ft* 11/3 ft = 17/9 sq feet. Area to be covered = 15 ft * 20 ft = 300 sq feet. So, minimum number of tiles required = 300/(17/9) = 300*16/9 = 168.75 or 169 tiles. That is the mathematical answer. In real life, though, the answer will depend on the extent to which off cuts are reused. While 15 tiles will do the length, you will require 12 tiles to do the width, making a total of 180 tiles in all. 169 tiles will result in a part of the area being a mosaic of tiny pieces.

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