The volume of the hole is 8.82 cubic feet OR 66 US gallons of liquid.
The washing machine has a volume of approximately 2.91 cubic feet.
I say 1.09 cu ft.
Depends on the length of the hole.
To calculate the volume of cement slurry needed to fill a 15-inch diameter well that is 1800 feet deep, first determine the volume of the well using the formula for the volume of a cylinder: ( V = \pi r^2 h ). The radius (r) is 7.5 inches (or 0.625 feet), and the height (h) is 1800 feet. The volume calculates to approximately 8,413 cubic feet, which converts to about 63,000 barrels of cement slurry (using 1 barrel = 5.61 cubic feet).
Nothing is in a hole.
The washing machine has a volume of approximately 2.91 cubic feet.
.99 yds
I say 1.09 cu ft.
Approx 642665 US gallons.
Volume = 8*4*8/12 = 21.33... cubic feet = 0.604 cubic metres.
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. ----
Depends on the length of the hole.
50 feet of 2.5-inch diameter hose has a volume of: 1.7 cubic feet (12.72 liquid gallons)
Its about 4 feet deep.
To calculate the volume of cement slurry needed to fill a 15-inch diameter well that is 1800 feet deep, first determine the volume of the well using the formula for the volume of a cylinder: ( V = \pi r^2 h ). The radius (r) is 7.5 inches (or 0.625 feet), and the height (h) is 1800 feet. The volume calculates to approximately 8,413 cubic feet, which converts to about 63,000 barrels of cement slurry (using 1 barrel = 5.61 cubic feet).
The volume of water in 1,500 feet of six-inch pipe is: 294.52 cubic feet or 2,203.2 US gallons.
The measure 30 inch by 72 feet is a flat area and no volume.