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First, convert the courtyard into metres. This is simple. 18.72m by 13.20m. Next, find the highest common denominator of 18.72m and 13.20m. This is 0.24m. The tiles will be 24cm^2. The total number of tiles to cover the length is 78. Width, 55. Multiply these together to get the total tiles needed for the whole area; 4290.
142.22 tiles First, calculate the number of square inches you need by converting : 320 ft²*144 in² 1 ft²=46,080 in² Second, determine the area of the tiles: 18in * 18in = 324 in² Lastly, divide the total area by the area of the tile to determine the number you need: 46,080 in² / 324 in² = 142.22 tiles
Basic maths... 54 tiles in total !
You would need a total of 36 tiles to cover that area.
Total area = 4 ft * 6 ft = 24 sq ft.Area of each tile = 8 in * 8 in = 2/3 ft * 2/3 ft = 4/9 sq ft.So number of tiles = 24 / (4/9) = 24 * 9/4 = 54 tiles.
There are 99 dominoes in a double nine set
I'm going to assume you mean "What is the total score of all scrabble tiles?" As there are 100 tiles in the bag. If you add up the value of all the tiles (12 E tiles, 9 A tiles, 9 I tiles... etc etc) you get a total of 187 points.
57-60 ceiling tiles measuring 2'x4 would cover a 15'x30' ceiling. For the least amount of trimming, place 4 tiles at 4' (trimming 1') for a total of 15'. For the 30' side, it would take 15 tiles at 2' each for a total of 30'. 4 tiles wide x 15 tiles long = a total of 60 tiles. To use the minimum number of tiles, one could run the tiles the opposite direction, although this would involve more trimming. In this case, place 8 tiles at 4' (trimming 2' total) for a total of 30'. For the 15' side, place 8 tiles at 2' (trimming 1' total) for a total of 15'. If the cuts were precise, the end tiles (cut in half) could each be figured as 1/2, for a total of 57 pieces with no waste/scrap. A total of 64 tiles would be an ample amount to cover any miscuts, in most situations.
Total area = 14610.24 in2 One 16 x 24 tile = 384 in2 Therefore the number of tiles needed is 39 tiles (38.04 to be exact !)
1 white tile plus 4 red tiles equals 5 tiles total. To find the number of tiles in 6 times the pattern would be 6 x 5 which equals 30
First, convert the courtyard into metres. This is simple. 18.72m by 13.20m. Next, find the highest common denominator of 18.72m and 13.20m. This is 0.24m. The tiles will be 24cm^2. The total number of tiles to cover the length is 78. Width, 55. Multiply these together to get the total tiles needed for the whole area; 4290.
100 total letter tiles.
I can see no tile pattern.
Double 9 dominoe puzzle? Question: take away all double dominoes, how many dots now remain? Take away 75 then divide by 4 what is the total umber of dots? Please answer
* Calculate how many tiles you need to place for the required width. (Divide width of sideway by width of tile; round up if necessary.)* Calculate how many tiles you need to place for the required length. (Divide length of sideway by length of tile; round up if necessary.) * Multiply the number of tiles long, times the number of tiles wide. This gives you the number of required tiles. (Some additional adjustments may be required; not relevant for this problem.) Divide that by the number of tiles per box, to get the required number of boxes.
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.)
142.22 tiles First, calculate the number of square inches you need by converting : 320 ft²*144 in² 1 ft²=46,080 in² Second, determine the area of the tiles: 18in * 18in = 324 in² Lastly, divide the total area by the area of the tile to determine the number you need: 46,080 in² / 324 in² = 142.22 tiles