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Find the area of the base in square yards (which is π x radius_of_cylinder2, with the radius measured in yards) and multiply this by the cylinders height measured in yards.

Q: How do you find cubic yards in a cylinder?

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The volume of a cylinder, in cubic yards, if the height is 153 inches and the diameter is 24 inches is 69,215.57 cubic inches which equates to 1.484 cubic yards.

2 yards

13.1 cubic yards, approx.

Assuming you are saying 6 feet, the answer is 3351 cubic yards.

This cylinder will require 1.4 cubic yards of concrete (this assumes a length of 12' and a width of 2').

To find the volume of a cylinder in cubic yards, you first calculate the volume in cubic feet by using the formula V = πr^2h, then divide the result by 27 (since 1 cubic yard is equal to 27 cubic feet). So, the formula in cubic yards is V(yd^3) = (πr^2h) / 27.

Volume = pi*6.52*12 = 1592.787 cubic yards to 3 dp

1 cubic yard = 27 cubic feetVolume of a cylinder = (pi) R2 HR = radius = 1/2 diameter = 1.5 ftH = height = 40-ftVolume = (pi) (1.5)2 (40) = 90 pi = 282.743 cubic feet = 10.472 cubic yards (rounded)

A cylinder with a radius of 9.5 yards and a height of 2.2 yards has a volume of 623.76 cubic yards.

To find the volume in cubic yards, first convert the dimensions to yards: 40 feet = 13.33 yards, 80 feet = 26.67 yards, and 5 inches = 0.14 yards. Next, multiply the length, width, and height in yards to get the volume in cubic yards. Therefore, the volume of the 40'x80'x5'' slab is approximately 59.11 cubic yards.

1 cubic yard = 27 cubic feetVolume of a cylinder = (pi) R2 HR = radius = 1/2 diameter = 1.5 ftH = height = 40-ftVolume = (pi) (1.5)2 (40) = 90 pi = 282.743 cubic feet = 10.472 cubic yards (rounded)

Square yards. Cubic measure is for volume