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What is the volume of a cylinder 10 in tall and radius of 6 in?
The volume of a cylinder 10 inches tall and radius of 6 inches is 1,130.97 cubic inches.
What is the volume of a cylinder 8 in tall and 6 in wide?
The volume of a cylinder 8 in tall and 6 in wide is: 226cubic inches.
If a cylinder has a volume of 100 cubic inches what is the diameter of the cylinder if it measures 10-inches tall?
6.36 inches wide.
What is the volume of a cylinder that has 15ft diameter and stands 22ft. tall?
The volume of this cylinder is 3,887.7 cubic feet.
How many cubic inches in a 2 inch diameter cylinder 436 feet tall?
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.
How many cubic inches in a 4 inch diameter cylinder 15 inches tall?
You can use the formula for the volume of a cylinder to calculate that.
What is the volume of a 14 inch diameter cylinder 48 inches tall?
28
How much soil is needed to fill a cylinder that is 3.5 feet tall and has a diameter of 32 inches?
Approximately 33,778.4042 inches cubed/to the third power.the formula for volume of a cylinder is pi x radius squared x height.
What is the Volume of cylinder 10 foot round 10 foot tall?
The volume is 785.4 cubic feet.
Locker is 18 inches wide 18 inches deep and 3 feet tall what is the volume?
6.75 cubic feet.
How many cubic feet in a 3 inch diameter cylinder 33 inches tall?
0.135 cubic feet
How many half inch in diameter spheres fit into a cylinder 18 inches tall with a diameter of 5 inches?
To determine how many half-inch diameter spheres fit into a cylinder that is 18 inches tall with a diameter of 5 inches, we first calculate the volume of the cylinder and the volume of one sphere. The radius of the cylinder is 2.5 inches, so its volume is approximately 18 × π × (2.5)² ≈ 141.37 cubic inches. The radius of the half-inch diameter sphere is 0.25 inches, so its volume is about (4/3)π(0.25)³ ≈ 0.0654 cubic inches. Dividing the cylinder's volume by the sphere's volume gives approximately 2165 spheres that can fit into the cylinder, assuming no gaps between them. However, the actual number may be less due to packing efficiency.
