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multiply your total linear feet by 12 inches (1 foot), divide that number by the length of the brick and there is your answer.

Q: One brick is 8.5 inches long a wall will be 34 feet long How many bricks are needed for each row?

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The circumference of a circle with a 24 foot radius is 2*pi*24 = 150.8 ft (approx) The length of each brick is 12 inches = 1 foot. So 151 bricks are needed.

If a standard brick is 4 inches wide by 8 inches long, you'd need 648 of those bricks. Here's the way you'd calculate it: First, since your bricks are measured in inches, I'd convert your 6 foot by 24 foot measurements from feet to inches. Since there are 12 inches per foot, 6 x 12 = 72 inches and 24 x 12 = 288 Then you can calculate the total area you are going to be laying brick in (in inches), so multiply 72 x 288 = 20736 square inches The area of each of your bricks is 4 inches by 8 inches, so 8 x 4 = 32 square inches per brick If your total area you want to brick is 20736 square inches, and each brick is 32 square inches, just divide 20736 by 32... which gives you 648. :)

16/17

Area to be covered = 12'*12' = (12*12 inches)*(12*12 inches) = 20736 sq inches.Area of each brick = 16 in x 9 in = 144 sq inches.So, number of bricks required = 20736 / 144 = 144 bricks.Area to be covered = 12'*12' = (12*12 inches)*(12*12 inches) = 20736 sq inches.Area of each brick = 16 in x 9 in = 144 sq inches.So, number of bricks required = 20736 / 144 = 144 bricks.Area to be covered = 12'*12' = (12*12 inches)*(12*12 inches) = 20736 sq inches.Area of each brick = 16 in x 9 in = 144 sq inches.So, number of bricks required = 20736 / 144 = 144 bricks.Area to be covered = 12'*12' = (12*12 inches)*(12*12 inches) = 20736 sq inches.Area of each brick = 16 in x 9 in = 144 sq inches.So, number of bricks required = 20736 / 144 = 144 bricks.

The area of each brick is 8*4 = 32 sq inches. Area required = 1 sq ft = 12 in * 12 in = 144 sq inches.So number of bricks required = 144/32 = 4.5, that is 5 bricks.The area of each brick is 8*4 = 32 sq inches. Area required = 1 sq ft = 12 in * 12 in = 144 sq inches.So number of bricks required = 144/32 = 4.5, that is 5 bricks.The area of each brick is 8*4 = 32 sq inches. Area required = 1 sq ft = 12 in * 12 in = 144 sq inches.So number of bricks required = 144/32 = 4.5, that is 5 bricks.The area of each brick is 8*4 = 32 sq inches. Area required = 1 sq ft = 12 in * 12 in = 144 sq inches.So number of bricks required = 144/32 = 4.5, that is 5 bricks.

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The circumference of a circle with a 24 foot radius is 2*pi*24 = 150.8 ft (approx) The length of each brick is 12 inches = 1 foot. So 151 bricks are needed.

Each brick is 27 square inches. 27*434=11,718 square inches of bricks.

If a standard brick is 4 inches wide by 8 inches long, you'd need 648 of those bricks. Here's the way you'd calculate it: First, since your bricks are measured in inches, I'd convert your 6 foot by 24 foot measurements from feet to inches. Since there are 12 inches per foot, 6 x 12 = 72 inches and 24 x 12 = 288 Then you can calculate the total area you are going to be laying brick in (in inches), so multiply 72 x 288 = 20736 square inches The area of each of your bricks is 4 inches by 8 inches, so 8 x 4 = 32 square inches per brick If your total area you want to brick is 20736 square inches, and each brick is 32 square inches, just divide 20736 by 32... which gives you 648. :)

1333.3

16/17

Area to be covered = 12'*12' = (12*12 inches)*(12*12 inches) = 20736 sq inches.Area of each brick = 16 in x 9 in = 144 sq inches.So, number of bricks required = 20736 / 144 = 144 bricks.Area to be covered = 12'*12' = (12*12 inches)*(12*12 inches) = 20736 sq inches.Area of each brick = 16 in x 9 in = 144 sq inches.So, number of bricks required = 20736 / 144 = 144 bricks.Area to be covered = 12'*12' = (12*12 inches)*(12*12 inches) = 20736 sq inches.Area of each brick = 16 in x 9 in = 144 sq inches.So, number of bricks required = 20736 / 144 = 144 bricks.Area to be covered = 12'*12' = (12*12 inches)*(12*12 inches) = 20736 sq inches.Area of each brick = 16 in x 9 in = 144 sq inches.So, number of bricks required = 20736 / 144 = 144 bricks.

The area of each brick is 8*4 = 32 sq inches. Area required = 1 sq ft = 12 in * 12 in = 144 sq inches.So number of bricks required = 144/32 = 4.5, that is 5 bricks.The area of each brick is 8*4 = 32 sq inches. Area required = 1 sq ft = 12 in * 12 in = 144 sq inches.So number of bricks required = 144/32 = 4.5, that is 5 bricks.The area of each brick is 8*4 = 32 sq inches. Area required = 1 sq ft = 12 in * 12 in = 144 sq inches.So number of bricks required = 144/32 = 4.5, that is 5 bricks.The area of each brick is 8*4 = 32 sq inches. Area required = 1 sq ft = 12 in * 12 in = 144 sq inches.So number of bricks required = 144/32 = 4.5, that is 5 bricks.

all you do is take the size 3 ft 4 ft 5 ft and add them together =12 and then you times that by 12 because there are 12 inches in a foot = 144 inches and now you divide that by 8 inches and that will give you a real close est of bricks =18 bricks

The question, as stated cannot be answered. You need to know two dimensions of the bricks to find the area of each brick, convert that area into square feet (if necessary) and then divide 256 by the area of each brick. Bricks are not usually square so it would not be appropriate for me to assume that the bricks are 16" by 16".

The first step is to convert the total patio area to inches so we are working with the same units. 100sq ft = 14,400 sq inches. Now we need to calculate the number of square inches each brick takes up. Answer: 36 sq in. Now we just divide the total square inches of the patio by the square inches taken up by each brick: 14,400/36 = 400 bricks. It will take 400 bricks to make a 100 square foot patio.

114 bricks

Area of wall = 8*12*8*12 = 9216 sq inches. Area of each brick = 4*8 = 32 sq inches. Therefore, number of bricks required = 9216/32 = 288. This assumes that the thickness of the wall is 1 brick and that the mortal between bricks occupies no space. For an 8 ft x 8 ft the first is probably not a good idea and the second is totally unlikely.