The volume of a 1 inch tall tank having a radius of 22.5 inches is approximately 1590 cubic inches (1 x 3.142 x 22.5 x 22.5).
The volume of a cylinder 10 inches tall and radius of 6 inches is 1,130.97 cubic inches.
Radius = 60*12 = 720 inches Volume = pi*7202*4 = 6514406.526 cubic inches
The volume of a cylinder is pi*r^2*h. The radius of the cylinder is 1 inch, and its height (in inches) is 5232 in. Plug in the values, the answer is 5,232*pi cubic inches, or approximately 16,433.7 cubic inches.
201 cubic inches
The formula is: Pi (3.1415) times the square of the radius (9 squared is 81) times the height. So, 3.1415 x 81 x 54 = 13,740.921 cubic inches.
The formula is pi x r^2 x h. so 5/2 = 2.5in is radius. 2.5x2.5x18x3.14159 = 353.43 in cubed
12219.4 cubic inches == The volume, V, of a right circular cylinder is given by the equation: V=(pi)r2h where r is the radius of a circular cross-section and h is the height. V=(pi)(18/2in)2(12in)=3.1416X81X12=3053.6281 cubic inches
Keep it simple. Break it down. (Area of piston face) times the (stroke/height/tall), equals (Volume/Cubic Inches). So..., "A=Pi R2" translated is A (Area)= 3.14159 (Pi) X R (Radius) squared (R2), therefore done as an Algebra formula, work it from the inside out starting with the Radius first! 1/2 of the diameter of 1.125 = .5625 is the Radius. .5625 X .5625 = .31641 is the Radius squared. .31641 (Radius squared) X 3.14159(Pi) = .9940 (Area) .9940 (Area) times the (stroke/tall) being 2.250 = 2.2365 cubic inches/volume.
It must be about 6.0854395 in.3
Volume = pi*2.752*6 = 142.5497667 cubic inches
1680 cubic inches
2,880