50 pounds covers 0.5 cubic feet. Since the depth is 3 inches, or 1/4 foot, you can cover 0.5/.25 = 2 square feet of area. That is not very much.
4.4 bags for each 1-foot deep. 2.2 bags for each 6-inches deep. Each 5-ft3 bag will cover the area to 2.72 inches deep.
Approximately 6' X 9'.
1 (cubic yard) = 46 656 cubic inchesIf the depth is 2 inches then the area it will cover is 46656/2 square inches = 23,328 square inches. Convert 23,328 square inches to square yards23 328 (square inches) = 18 square yards
It can cover any area you want, depending on how deep it is.
An area 10 foot x 10 foot is 100 square feet. 100 cubic feet of sand would cover it with a one foot deep layer of sand. If the sand needs to be 6 inches deep, then 50 cubic feet are be needed, or 25 cubic feet if the sand is to be 3 inches thick.
54sqare feet
4.4 bags for each 1-foot deep. 2.2 bags for each 6-inches deep. Each 5-ft3 bag will cover the area to 2.72 inches deep.
How deep do you want that ?If you want it 1.6 inches deep, then it can cover 1 square foot.If you want it 10-ft deep, then it can't cover that much area.
160 cubic inches / (1/8 inches) = 160*8 = 1280 sq inches
Approximately 6' X 9'.
1 (cubic yard) = 46 656 cubic inchesIf the depth is 2 inches then the area it will cover is 46656/2 square inches = 23,328 square inches. Convert 23,328 square inches to square yards23 328 (square inches) = 18 square yards
You will need 1500 cubic feet.
Area=64ft. Times 4in or .3ft deep.. 64ft x 0.3ft x5= 96ft3.
It can cover any area you want, depending on how deep it is.
You would need 31, 80 pound bags to cover 1 cubic yard at 4 inches deep. If you would like the depth to be 6 inches, 45 bags would be needed.
Inches are a measure of length, and gallons is a measure of volume. However, volume can be measured in units of length cubed (because, for instance, the volume of a cube is the length of each side cubed).The are 231 cubic inches (or in3) per gallon.
The electrical code states for non vehicular area 18 inches, for vehicular area 24 inches. This is the minimum cover distance between the top surface of the conduit and the finished grade.