If you cut the wrapping paper and stick it on the sides of the box, the minimum you will require is 540.3 sq inches.
There are more than three measures. Some are better than others in some situations but not as good in other situations.
the answer is 6 by 8=28********************************6 inches x 8 inches = 48 square inches
81 pavers (each 16 inches square) would be needed. 12 foot x 12 foot = 144 inches x 144 inches = 20,736 in2 16 inches x 16 inches = 256 in2 20,736/256 = 81
Four times the amount of traction is needed
19
448 sq. in.
2(8)(10) + 2(8)(8) + 2(10)(8) 160 + 256 + 160 320 + 256 576 in. square
52 square inches for each layer, minimum with no overlap anywhere.
False. It also measures products.
A "mass airflow" sensor, measures the amount of air entering an engine to properly calculate the amount of fuel that is needed.
24 what inches centimeters?
5x5x6=150 If the cube has 5 inch long sides then each side has an area of 5 inches x 5 inches which equals 25 sqare inches. The cube has 6 sides so the total area of paper needed to cover it is 25 square inches x 6, which is 150 square inches of paper.
2880 exactly, but if this is ceramic tiles you have to account for grout lines. extras would be recommended
gift wrap,tape and a marker
To determine the amount of braid needed, we need to calculate the perimeter of the blanket. The perimeter is 2 times the sum of the length and width, which is (2 * 23) + (2 * 24) = 94 inches. Considering the braid costs 60 cents per yard, which is equivalent to 36 inches, the calculation is (94 inches / 36 inches) * $0.60 = $1.56. Thus, $1.56 was paid for the braid.
It is a method to monitor how much work is needed and has been preformed on a project. It measures the amount of work done compared to the cost.
396in