![]() Volume of a Right Circular Cylinder Formula Now we will apply the formula V = A × h to calculate the volume of different types of cylinders. The formula for volume of a right circular hollow cylinder is, V = π(R 2 - r 2)h (R = outer radius, r = inner radius, h = height).The formula for volume of an elliptic cylinder is, V = πabh (a and b = radii, h = height).The formula for volume of an oblique cylinder is, V = πr 2h (r = radius, h = height).The formula for volume of a right circular cylinder is, V = πr 2h (r = radius, h = height).Using this formula, the formulas of volume of cylinder are: We know that the volume of a prism is calculated using the formula, We know that a cylinder resembles a prism (but note that a cylinder is not a prism as it has a curved side face), we use the same formula of volume of a prism to calculate the volume of a cylinder as well. Let us learn more about this formula in the upcoming sections. The formula to find the volume of a cylinder is V = πr 2h. Right circular hollow cylinder: A cylinder that consists of two right circular cylinders bounded one inside the other.Elliptic Cylinder: A cylinder whose bases are ellipses.Oblique Cylinder: A cylinder whose sides lean over the base at an angle that is not equal to a right angle.Right circular cylinder: A cylinder whose bases are circles and each line segment that is a part of the lateral curved surface is perpendicular to the bases.A cylinder is a three-dimensional shape with two congruent and parallel identical bases. In geometry, there is a specific formula to calculate the volume of a cylinder that is used to measure how much amount of any quantity whether liquid or solid can be immersed in it uniformly. ![]() The volume of a cylinder is the capacity of the cylinder which calculates the amount of material quantity it can hold.
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