Volume = pi*42*19 = 304*pi cubic inches
The volume of a cylinder with a radius of 2 inches by 4 feet high is: 0.349 cubic feet.
The volume of a cylinder 7 inches high by 4 inches in diameter is: 87.96 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 of a cylinder with a radius of 2 inches by 4 feet high is: 0.349 cubic feet.
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
The volume is the product of height multiplied times the area of the base, assuming the container is a right cylinder. Area of base = radius times radius times pi, or 18 times 18 times 3.14, or 1018 square inches. Multiply times the height, 36 inches, to get a volume of 36,644 cubic inches. Conversion to customary units of volume: 36644 cubic inches = 158.6 gallons (the start of a great beer party!)