V = Length * Width * Hight V = 6 foot * 2 foot * 4 inches
V = 6 * 12 inches * 2 * 12 inches * 4 inches
V = 72 inches * 24 inches * 4 inches
V = 6912 inches cubed
OR V = 576 feet cubed
You will need 6912 inches cubed OR 576 feet cubed
You will need about 65.185 cubic yards (83.6 tons) of gravel for this area.
2800 feet of gravel
about 71 cubic metres of gravel i think
To calculate the amount of gravel needed, first find the area of the circle using the formula A = πr². The radius of an 18-foot circle is 9 feet, so the area is approximately 254.47 square feet. To find the volume needed for a depth of 4 inches (which is 1/3 of a foot), multiply the area by the depth: 254.47 sq ft × 1/3 ft = about 84.82 cubic feet of gravel.
5.55 cubic yards of gravel
You will need about 65.185 cubic yards (83.6 tons) of gravel for this area.
4 inches is 1/3rd of one foot.
25 pounds
A: One cubic foot. That would be 0.037 cubic yard (rounded)
The answer will depend on 4 inch slab of what material!
2800 feet of gravel
You'll need 3.53 cubic yards of cement.
that is 333 cubic feet,or 12.3 cubic yards At 100 pounds per cubic foot,that is over 33,000 pounds of gravel
about 71 cubic metres of gravel i think
It depends how deep you go. If you do 2 inches deep the area will require at least 0.7 cubic yards (about 1,710 pounds) of gravel.
It depends how deep you want the gravel to cover, if you want it to be 2 inches deep it's going to cost more than 5 inches. Also it depends how big the gravel is cut, I think that the smaller the gravel is the more it costs.
You will need 65.93 cubic yards or 84.6 tons of gravel.