Your sentence does not make any sense. Please re write and submit what you are really asking here.
one pound of what? cubic feet is unit for volume and pound is unit for weight. So, cubic feet can only be calculated if you know the material and its density.
infinitely many, because a square feet is a surface and a cubic feet a volume. since a surface has no volume you can fit infinitly many in a cubic feet.
The density of compost can vary, but on average, 1 pound of compost typically occupies about 0.5 to 0.75 quarts in volume. Since there are 25.71 quarts in a cubic foot, 1 pound of compost generally translates to approximately 0.03 to 0.05 cubic feet. Therefore, for practical purposes, 1 pound of compost is roughly equivalent to about 0.04 cubic feet.
Square feet does not equate to volume.
None Cubic meters are a volume feet are a length
1 cubic foot of aluminum weighs 169.344 Lbs
1.6 cubic feet = 1sack of barite .6 cubic feet = 1 sack (100 pounds ) bentonite
1,000.6 cubic feet of volume.
A meaningless question. 20 cubic feet is a volume, not an area.
To calculate the number of 80-pound bags of concrete needed for an 8x10 slab that's 3 inches thick, first determine the volume in cubic feet. The volume is 8 ft × 10 ft × (3/12) ft = 20 cubic feet. Since one 80-pound bag of concrete typically yields about 0.6 cubic feet, you'll need approximately 34 bags (20 cubic feet ÷ 0.6 cubic feet per bag).
To calculate the number of 80-pound bags of concrete needed for a 2x2 slab that is 6 inches thick, first determine the volume of the slab. The volume is 2 feet x 2 feet x 0.5 feet (6 inches) = 2 cubic feet. An 80-pound bag of concrete typically yields about 0.6 cubic feet. Therefore, you would need approximately 4 bags (2 cubic feet ÷ 0.6 cubic feet per bag = about 3.33 bags, rounded up to 4).
There are no feet in two hundred cubic feet. That's like asking how many inches are in a gallon. Feet are a measure of length or distance. Cubic feet are a measure of volume. You can't measure volume in feet. And you can't measure distance in cubic feet.