To calculate the amount of concrete needed to fill a 50-foot long, 6-inch diameter pipe, first determine the volume of the pipe. The formula for the volume of a cylinder is ( V = \pi r^2 h ), where ( r ) is the radius and ( h ) is the height (or length). The radius of a 6-inch pipe is 3 inches (0.25 feet), so the volume is approximately ( V = \pi (0.25^2)(50) ), which equals about 9.82 cubic feet. Thus, you would need approximately 9.82 cubic feet of concrete to fill the pipe.
Depends on the length of the hole.
Approx 10.3 US gallons.
(2/3)*10*7 = 140/3 = 46.66... cubic feet.
10 feet and 5 inches.
Volume = 120/12= 10 cubic feet for each 1 inch of depth= 2 bags for each 1 inch of depth.
How much concrete is required to fill 100 cu feet
Depends on the length of the hole.
To calculate the volume of a 2x2x2 hole, you multiply the dimensions together: 2 feet × 2 feet × 2 feet, which equals 8 cubic feet. Therefore, you would need 8 cubic feet of concrete to fill the hole completely.
42 cubic feet or 1.56 yards.
17.5 cubic feet or about 3/4 of 1 cubic yard.
Approx 10.3 US gallons.
Where are 12 inch concrete blocks applied?
18.6240 yd³
42.4 cubic feet = 1.6 cubic yards (rounded)
Fourty cubic feet.
(2/3)*10*7 = 140/3 = 46.66... cubic feet.
10 feet and 5 inches.