The volume of a cylinder is V= pi* (D/2)^2* H Where: pi=3.14... D=diameter H=height In this case: V= 3.14*(15/2)^2 *4 = V = 3.14*(7.5)^2*4 V = 3.14*7.5*7.5*4 V= 706 cubic feet (approximate since pi was rounded to 2 decimal places) Number of gallons in 706 cu ft really depends on the temperature of the water. For water roughly at 34 degrees Fahrenheit 1 cu ft of water = 7.480519 gallons So gallons of water in pool = 706* 7.480519 = 5281.25 gallons. Since this is a swimming pool that is probably used at temperatures well above 34 degrees. The number of gallons will be less than the 5281.25. The actual number of gallons will be saved for the next math/physics/chemistry lesson.
339.12 cubic feet or 2536.7938 gallons
The height of a cylinder with the diameter of 34 inches and a volume of 350 gallons is: 89.05 inches.
50762 US gallons, but it is a pool with an extremely strange shape!
A cylinder 67' in diameter x 48' in height has a volume of 1,265,938 gallons.
If the 9' is the diameter of the tank and the 2' is the height, then the volume is 951.78 gallons. (rounded) If the 9' is the height of the tank and the 2' is the diameter, then the volume is 211.51 gallons. (rounded)
what is the diameter/radius? pi times the radius squared times the height= volume pi.r^2h
The volume is 1,256.64 cubic feet or 9,400 gallons.
A 14 foot diameter tank has a volume of 154 cubic feet per foot of height and it takes 7.48 gallons per cubic foot7.48 * 154 = 1150 gallons per foot of height
Volume = Pir2 X height Diameter = 2r Pi = 3.1416 Solve for diameter Volume/height = 3.1416(diameter/2)2 (square root of (Volume/height/3.1416)) X 2 = diameter of the cylinder base
Measure the height of the water column and the diameter of the fountain. Volume = πr2h
Volume of a cylinder = (pi) (radius)2 HRadius = 1/2 diameter = 12.5 ftH = height = 4-ftVolume = (pi) (12.5)2 (4) = 1,963.5 cubic feet = 14,688 gallons. (rounded)That's the volume of the pool. We don't knowhow much water may be in it.
height has to be given. or volume. volume of a cylinder is v = (pi r ^2) h or diameter times height.
You cannot determine the height and diameter from just the volume because there is an almost infinite number of combinations of height and diameter that could create a particular volume.