The main thing that is unusual about it is that it can exist! The block would be 1754 miles x 1754 miles in size and the curvature of the earth would require it to be curved rather than flat. That would put enormous stresses on the block.
Oh, and its area is the palindromic number 12,345,678,987,654,321 sq inches - IF IT COULD EXIST (which I very much doubt).
That depends on the exact form of the block - whether it is square, or different forms of rectangles. The perimeter to area ratio is not the same for all shapes.
9 inches x unknown x unknown
It depends on the size of the block. It also depends on how dense the blocks are places. There number is always different.
city block by taking the square root
The square route, although city blocks are frequently more rectangular.
A block of ice that size would be just over 1,750 miles long on each side, comparable in size to continental ice sheets.
Determine the number of square inches of the blocks surface Multiply 30 inches x 24 inches = 720 square inches per block NOW find the number of square inches in an area 8 foot x 10 foot Multiply 8 foot x 10 foot = 80 square feet To find the square inches of a square foot, you multiply 144 inches (12 inches by 12 inches = 144 inches) by the number of square feet, thus, 80 square feet x 144 square inches = 11,520 square inches In order find the number of blocks you will need to cover the area, Divide the number of square inches of area to be covered by the number of square inches per block 11,520 square inches divided by 720 square inches per block = 16 blocks needed to fill an area 8 foot x 10 foot.
There are 128 square inches in 8x16 inches. There are 144 square inches in a square foot. So, the side of an 8 x 16 block is a little smaller than a square foot. There are 0.89 square feet in the side of a 8 x 16 block
Standard block is basically 8" x 16" which is 128 square inches 128/144=0.8888888888888889. The size of the mortar joints will also have a bearing on the overall wall size.
A standard concrete block in the US is 16 inches long, 8 inches tall, and 4 inches wide.
It depends on the size of the block. To find the cubic inches: length in inches x width in inches x depth in inches The answer will be in inches cubed (n in3).
Assuming you are talking about a cubic yard of concrete then this will cover 81 square feet to a depth of 4 inches. This is how you work it out. A yard is 3 feet. so a square yard (3 feet by 3 feet) is 9 square feet. There are also 12 inches in a foot and 3 feet in a yard, which makes the cubic yard of concrete 36 inches high.Thus imagine you take your cubic yard of concrete and place it down once and saw of 4 inches from the base this will leave square 3 feet by 3 feet square feet of concrete with a depth of 4 inches when you lift the top bit off.So you need to know how many times you can place it down and cut off 4 inches. As the block is 36 inches high and 4 goes into 36 nine times this means you can cut the block into 9, 4 inch thick, 3 foot by 3 foot square slabs, which is the same as 81 square feet.
Two measurements are indication of area. The area would be 144 square inches.
8 in * 10 ft = 8 in * 10 ft = 960 square inches or 8 in * 10 ft = 2/3 ft * 10 ft = 62/3 square feet
Basic concrete block it 8x8x16 inches.
There are 64 quarter inches to a cubic inch block. There are 4 quarter inches per one inch of measure. And there is 4 times 4 square quarter inches of area to a square inch. Which is 16 square inches. And since we are talking about a solid, we have to multiply this again by 4 which would represent the depth of the cube. So then you have 4 times 4 times 4 which is 64. Also can be represented as 4 to third power of 4 cubed. (4X4X4) Which can be seen as a cube with 4 units of measure on each of its sides.
a square block would be 264 x 1056 = 278,784 square feet, which is equal to 6.4 acres.