To calculate the volume of soil needed to fill the well, you can use the formula for the volume of a cylinder: V = πr^2h, where r is the radius (half the diameter) and h is the height. In this case, the radius is 2 feet and the height is 32 feet. Therefore, the volume of soil needed would be approximately 804.25 cubic feet.
You should not put any Earth in your 18 foot round 5 foot deep pool. You should only put water and cleaners in the pool.
There is no dirt in a hole because a hole is defined by the absence of material, in this case dirt. If you were to fill the hole with dirt, it would require 24 cubic feet of dirt to completely fill it.
Landfills are generally constructed by excavating a hole about 25-30 feet deep, or deeper depending on the location and regulations. The hole is then lined with a protective barrier to prevent waste from contaminating the surrounding soil and water. Fill material is placed over the waste to reduce odors and control pests.
CONVERSION CHART1 Cubic yard 1 inch deep will cover 324 Square feet1 Cubic yard 2 inch deep will cover 162 Square feet1 Cubic yard 3 inch deep will cover 108 Square feet1 Cubic yard 4 inch deep will cover 81 Square feet1 Cubic yard 5 inch deep will cover 64 Square feet1 Cubic yard 6 inch deep will cover 54 Square feet(Length in Feet)( Width in Feet)*(Depth in Feet)=cubic feetExample: Say you have an area that is 12' x 18 '. You want to cover it with 6" of material.Multiply, 12' x 18' x *.5' to get 108 cubic feet. You see, 6" is .5 feet or 1/2 a foot.Now, devide 108 cubic feet by 27 cubic feet(1 yard) to get your total yardage at 4 yards.If you want a 3" cover you use 1/4' or .25'. A four inch cover is 1/3 foot or .33', etc.OR ---- Multiply your square footage by .003 for 1" coverage.0061 for a 2" coverage .0092 for a 3" coverage and.0123 for a 4" coverage. It takes 12.3 cubic yards of top soil to cover 1,000 square feet at 4". Hope this helps. ----
To calculate the volume of dirt needed to fill a circular area, you first need to find the area of the circle (πr^2, where r is the radius). In this case, for a 14-foot circle, the radius is 7 feet. Once you find the area, you can calculate the volume of dirt needed based on the desired depth of filling the circle.
cylinder 18 feet diameter x 1.5 feet deep volume = 381 cubic feet
885 gallons.
18.6240 yd³
3467
a 4 feet diameter tank holds 94 gallons/foot. Therefore 94 x 3 =282 gallons
Approx 642665 US gallons.
Volume required = pi*r2*h = pi*32*16 = 452.4 cubic feet
29.45 cubic feet or 183.45 US gallons.
To calculate the number of barrels of cement slurry needed to fill a 15-inch diameter well that is 1800 feet deep, first, we find the volume of the well. The volume (V) can be calculated using the formula for the volume of a cylinder: V = πr²h, where r is the radius (7.5 inches or 0.625 feet) and h is the height (1800 feet). This results in a volume of approximately 7,068 cubic feet. Since a standard barrel of cement slurry is about 5.61 cubic feet, you would need around 1,260 barrels to fill the well.
To calculate the volume of cement slurry needed to fill a 12-inch diameter well that is 1400 feet deep, first determine the volume of the well in cubic feet. The formula for the volume of a cylinder is V = πr²h. The radius (r) is 6 inches (0.5 feet), and the height (h) is 1400 feet, resulting in a volume of approximately 1318.69 cubic feet. Converting this volume to barrels (1 barrel = 5.615 cubic feet) gives about 235 barrels of cement slurry required to fill the well.
if you mean a 30 foot diameter circle, then pi x 152 x 3 = 2119.5 cubic feet of dirt
The volume of this container is found by (PI/4)*(D2)*(DEPTH) or 63.62 ft3 There are approximately 7.48 gallons in 1 cubic foot so the answer would be 475.9 gallons.