5*6=30*12=360/4=90 tiles
Lets do length and width in terms of tiles. The length is 6m/0.2m/tile 30 tiles and the width is 5m/0.2m/tile 25 tiles. Then the area is l X w 30 tiles X 25 tiles 750 square tiles. Since each tile is square, 750 tiles.
1080 will be your answer
You would need 25 (5x5).
Multiply the length by the width. To find the minimum number of tiles to cover an area, divide the total area by the area of one tile. (This is straightforward when tiles are 1 foot square.)
the answer is (area)
One side of a square is 10 inches long. How many one square inch tiles 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.
125
You will need 44 six inch tiles to cover 11 square feet.
The perimeter of a square is 100 inches. How many square tiles 1 inch on each edge are needed to cover its area?
640
It should take about 825 1 foot square tiles to cover a floor with those dimensions. This assumes roughly a 10% waste factor.
Each tile covers 81 square inches. You have 1,296 square inches to cover. It will take 16 tiles to cover that area.
You will need at least 66,828 1/4 tiles to cover that area.
49 tiles because a square has the same length as it does breadth. The Area of a square is length times breadth, so if length eqauls seven then so does the breadth which means that the area will be 7x7 which eqauls 49.
You need 9 per square foot so 9 x 12 x 12 = 1296 tiles
20" = 2.78 square feet. Now divide the area of the tiles into the area of the room. 140/2.78 = 51 tiles