If none are spoiled or lost, and all fit exactly with no space between,
then you need 3,150 bricks.
One way:
8 inches = 2/3 ft
4 inches = 1/3 ft
Brick area = ( 2/3 x 1/3 ) = 2/9 square ft
(700)/(2/9) = (700 x 9/2) = 3,150 bricks
The other way:
1 square ft = 144 square inches
700 square feet = 100,800 square inches
Brick area = (8 x 4) = 32 square inches
100,800/32 = 3,150 bricks
multiply your total linear feet by 12 inches (1 foot), divide that number by the length of the brick and there is your answer.
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.
81 bricks.12 feet times 12 inches per foot = 144 inches.144 inches divided by 16 inches per brick = 9 bricks in length/width.9 bricks (length) times 9 bricks (width) = 81 bricks.
To determine how many bricks are needed for 144 square feet, first, calculate the area of a single brick. For example, if a standard brick measures 7.5 inches by 3.5 inches, the area is approximately 0.11 square feet. Dividing 144 square feet by the area of one brick (0.11 sq ft) gives about 1,309 bricks. However, it's important to account for mortar space, so it's advisable to add 10% more, resulting in roughly 1,440 bricks needed.
To determine how many 4x8 inch bricks are needed to fill a wall that is 6 feet wide by 24 feet long, first convert the wall dimensions to inches: 6 feet = 72 inches and 24 feet = 288 inches. The area of the wall is 72 inches × 288 inches = 20,736 square inches. Each 4x8 inch brick has an area of 32 square inches. Dividing the wall area by the brick area gives 20,736 ÷ 32 = 648 bricks needed to fill the wall.
multiply your total linear feet by 12 inches (1 foot), divide that number by the length of the brick and there is your answer.
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.
81 bricks.12 feet times 12 inches per foot = 144 inches.144 inches divided by 16 inches per brick = 9 bricks in length/width.9 bricks (length) times 9 bricks (width) = 81 bricks.
To create a circle out of bricks, the number of bricks required will depend on the size of the circle and the dimensions of the bricks. The circumference of the circle will determine the length of the perimeter that needs to be covered by bricks. The number of bricks needed can be calculated by dividing the circumference of the circle by the length of a single brick. This will give you an estimate of the total number of bricks needed to form the circle.
That would depend on the length of bricks that are used. Since the average brick is about seven inches long, I'll use that length to calculate how many bricks you will need. First, multiply the length of your garden by 12 to get the length in inches: 37 x 12 = 444 inches. Then divide the 444 by 7 (the length of the bricks) which will give you 63.43. So the number of bricks you will need (if they are 7 in long) will be 64. If the bricks are a different length, just use the same formula to calculate how many you will need, or post a message to me on my message board, and I will calculate it for you.
To determine how many bricks are needed for 144 square feet, first, calculate the area of a single brick. For example, if a standard brick measures 7.5 inches by 3.5 inches, the area is approximately 0.11 square feet. Dividing 144 square feet by the area of one brick (0.11 sq ft) gives about 1,309 bricks. However, it's important to account for mortar space, so it's advisable to add 10% more, resulting in roughly 1,440 bricks needed.
Each brick is 27 square inches. 27*434=11,718 square inches of bricks.
To calculate the amount of sand and cement needed for 2000 bricks, you first need to determine the volume of one brick. Assuming a standard brick size of 8 inches by 4 inches by 2 inches, the volume of one brick is 64 cubic inches. For 2000 bricks, the total volume would be 128,000 cubic inches. To convert this volume to cubic feet (since sand and cement are typically measured in cubic feet), you would divide by 1728 (12x12x12). This gives you approximately 74.07 cubic feet of sand and cement needed for 2000 bricks.
About 14 bricks should do it.
Of course it depends on the size of the brick. But you can still do it by the following steps. 1. Let y = square inches of one brick (compute length X width). 2. # bricks = 144 / y ( the number of square inches in a sq. foot divided by size of a single brick) For example suppose a brick is 2 by 8, then y = 16. 144/16 = 9 so you'd have 9 bricks in a square foot. If you think about it, lay the 9 bricks side by side they'd cover an area that is 18 x 8 =144, the same number of inches in a 12 in x 12 in area. If you are going to use mortar between the bricks, remember to allow for that in your computation of the brick size..
There are 12 inches in one foot. Therefore the wall is 72 inches tall and 288 inches long. The area of that wall is 20, 736 inches squared. The area of one brick (4 inches X 8 inches) is 32 inches squared. The area of the wall divided by the area of one brick gives you the number of bricks need to make the wall (20736/36). The answer is 648. Therefore with a 4 by 8 inch brick you need 648 bricks to make a 6 by 24 feet wall.
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. :)