the volume of a cylinder is (pi)r squared times the height, same as a circle but plus the height so the answer here would be ((pi) x 1) squared x 5. or 5 pi squared
The volume of a cylinder 1.5 inches in diameter x 36 inches high is 63.62 cubic inches.
If the can is a right circular cylinder, as appears to be implied by the question, r represents the radius, and h represents the height, the volume is pi X r2h = about 56. cubic inches. (The last digit is depressed to show that it may not be significant, because the height is state with only one significant digit.)
Volume of a cylinder = pi*radius2*height Volume = pi*2.52*6.5 = 127.6272016 cubic inches
A cylinder 10 feet high and 5 feet in radius has a surface area of 471.24ft2
The volume of a cylinder 2.45 across by 1.50 high is: 7.072 cubic units.
The volume of a cylinder with a radius of 2 inches by 4 feet high is: 0.349 cubic feet.
Volume = pi*42*19 = 304*pi cubic inches
V = 760.27 cubic inches.
A can of tennis balls is a cylinder. The formula for the volume of a cylinder is V = pr2 h therefore to find the volume: V = p(1.5)2 (8) V=18p
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.
The volume of a cylinder that measures 18 inches high and has a diameter of 9 inches is 1,145.11 cubic inches.
The volume depends on the radius also. You need this to complete the question.
Assuming it is a perfect cylinder, the volume of a jar 2" high and 1.5" wide would be:14.143in3 (rounded to the nearest thousandth)The cylinder's volume was calculated using the formula v = πr2h wherev = volumer = radiush = height
The volume is 63.617 cubic inches.
V = 2513.27 ft3
V = 1,809.56 units3