12 in = 1 ft
radius = diameter ÷ 2
Assuming those are internal dimensions, the volume of the pool is:
volume = π x radius2 x depth
= π x (12 ft ÷ 2)2 x (30 ÷ 12) ft
= 90π cu ft
≈ 282.74 cu ft
Conversion to gallons depends upon which gallon you're using:
74.42 gallons.
The volume of a cylinder 1.5 inches in diameter x 36 inches high is 63.62 cubic inches.
A rough (high) estimate will use the volume of a rectangle. 155.42 US gallons
Volume of a cylinder = pi*radius2*height Volume = pi*2.52*6.5 = 127.6272016 cubic inches
Area of a circle is pi*r^2 (Pi (r squared)), so 25.5^2*3.1415926 = 2,082.42in/sq * 33" equals: 67,413 cubic inches of water. As there are 231 cubic inches in a gallon, the said geometric solid will contain: 291.8315 gallons.
74.42 gallons.
The capacity of the tank is 496.45 gallons. (rounded)We have no way of knowing what's in it.
The volume of a twenty four foot diameter cylinder 6 inches high is 226.19 cubic feet. This equates to 1,692.02 US gallons.
A round slab of space that's 23 inches in diameter and 8 inches high contains14.389 gallons of space. (rounded)It doesn't matter what the space is part of, or whether there's anything in it.It might even be empty.
A cone 11 inches high by 4 inches in diameter has a volume of 46.08 cubic inches.
The volume of a cylinder 7 inches high by 4 inches in diameter is: 87.96 cubic inches.
The volume of a cylinder 1.5 inches in diameter x 36 inches high is 63.62 cubic inches.
A tank measuring 62 inches by 46 inches by 44 inches has a volume of 125488 cubic inches, which is 10457.3 cubic feet. That equals 78,226.286 in US gallons It equals 65,137.007 in Imperial gallons
1960.1 cubic feet=55470litres=14635 US gallons
168.311 US gallons.
Any container 30 inches long 13 inches wide and 13 inches high has a volume of 22 gallons
The volume of a cylinder that measures 18 inches high and has a diameter of 9 inches is 1,145.11 cubic inches.