Two measurements are indication of area. The area would be 144 square inches.
A 12 inch square block is a sq ft, so 208.
160 sq ft = 160 * 12 *12 = 23,040 sq inches. Each block is 4 * 8 = 32 sq inches so number of blocks needed = 23,040 / 32 = 720.
The number of 12-inch blocks a mason can lay in a day varies based on several factors, including the complexity of the project, the skill level of the mason, and working conditions. On average, a skilled mason can lay about 600 to 1,000 blocks in a standard eight-hour workday. However, this number can be lower for intricate designs or when additional tasks, such as mixing mortar or cutting blocks, are required.
about 16 cinder blocks
Assuming they are 8 inch*16 inch blocks, 144 square feet = 144*12*12 square inches. So number of blocks required = 144*12*12/(8*16) = 162
More information is needed EG what type of 12 inch blocks there are many(see link below). Also what way up are you using these blocks. http://www.boralbestblock.com/product-lines/masonry/standard-block/12-inch-block
Where are 12 inch concrete blocks applied?
A 12 inch square block is a sq ft, so 208.
160 sq ft = 160 * 12 *12 = 23,040 sq inches. Each block is 4 * 8 = 32 sq inches so number of blocks needed = 23,040 / 32 = 720.
12 x 12 blocks (assumed as 12 inch x 12 inch) That means the blocks are 1 square foot each Hence to cover 240 square feet area, you would need 240 blocks
1 ft = 12 in → question is how many inch cubes fit in a 12 in by 12 in by 12 in cube. 12 small blocks fit across the front of the box in a row 12 rows of these 12 small blocks fit back from the back in a layer of blocks 12 layers of these blocks fit in the box Thus you will need 12 × 12 × 12 = 1,728 blocks.
Calculate the exterior face area of he wall you want to build and the face area of the side of the cinder block (add about 1/2 inch to length and 12 inch to width for mortar thickness). Divide the wall area by the block area This is the number of blocks you require. This is how I figure out how many blocks you will need: First measure the length of walls for the blocks in feet. Second divide that number by 4 then multiply the total by 3. That will give you total blocks needed for one course of blocks.
To determine how many 12-inch blocks are needed to make a 4-foot circle, we first need to convert all measurements to the same unit. Since there are 12 inches in a foot, a 4-foot circle is equivalent to 48 inches in diameter. The circumference of a circle can be calculated using the formula C = πd, where d is the diameter. For a 48-inch diameter circle, the circumference would be 48π inches. To find out how many 12-inch blocks are needed to approximate this circumference, we would divide 48π by 12 to get the number of blocks required.
64
The number of 12-inch blocks a mason can lay in a day varies based on several factors, including the complexity of the project, the skill level of the mason, and working conditions. On average, a skilled mason can lay about 600 to 1,000 blocks in a standard eight-hour workday. However, this number can be lower for intricate designs or when additional tasks, such as mixing mortar or cutting blocks, are required.
about 16 cinder blocks
Assuming they are 8 inch*16 inch blocks, 144 square feet = 144*12*12 square inches. So number of blocks required = 144*12*12/(8*16) = 162