Circumference C=2*pi*r = 36 in.
r = 36/(2*pi) = 18/pi in.
Cylinder Volume V=pi*r2*h = pi*(18/pi)2*36 in3 = 182*36/pi in3 = 3712.8 in3
1 in3 = .004329 US gal
3712.8 in3 = 16.072 gal
An 18" wide x 36" high cylinder will hold a maximum of 39.6575 US gallons of water.
78.3 gallons of water.
79.31
40
The answer will depend on which of the two measures is the height of the cylinder and which is the diameter or radius.
The cylinder's circumference is approximately 50.27cm
The circumference is about 25.13 units.
Entire surface area of a cylinder = (2*pi*radius^2)+(circumference*height) If you are given the circumference then radius = circumference/2*pi
A cylinder that has a radius of 5' and height of 25' has a volume of 14,688 US gallons.
you divide the surface area by the circumference.
A cylinder 67' in diameter x 48' in height has a volume of 1,265,938 gallons.
It is not possible to answer the question because you have not stated which of the two given measures is the height and whether the other measure is the radius or diameter or circumference. Without these critical items of information it is impossible to give a sensible answer.
It is not possible to answer the question because you have not stated which of the two given measures is the height and whether the other measure is the radius or diameter or circumference. Without these critical items of information it is impossible to give a sensible answer.
The volume of a cylinder when the inside circumference is 12 feet and height is 8 feet is: 91.7 cubic feet.
Lateral Area= (2pi)x(radius)x(height) Try imagining that you take the lateral area and unfold it from the cylinder. If you imagine it correctly you get a rectangle. The height of the cylinder is the height of the rectangle. Then the circumference is the length. SO you multiply the circumference of the base times the height.
The height of a cylinder with the diameter of 34 inches and a volume of 350 gallons is: 89.05 inches.