Volume of a Solid of Revolution
Formula for Volume of a Solid of Revolution:V = πr^2h
Introduction to Volume of a Solid of Revolution
The volume of a solid of revolution is the volume of the solid generated by rotating a shape around an axis. For a solid obtained by rotating a circle around its axis, the formula to calculate the volume is V = πr^2h, where V is the volume, r is the radius of the circle, and h is the height of the solid along the axis of rotation. This formula is important in calculus and engineering to calculate the volume of objects of revolution.
Parameter usage:
r
= radius of the circleh
= height of the solid along the axis of rotation
Output:
V
= volume of the solid
Data validation
The radius and height should be non-negative numbers.
Summary
This formula calculates the volume of a solid obtained by rotating a circle around its axis, based on the given radius and height. The output is in cubic units. It is widely used in mathematical and engineering calculations.
Tags: Calculus, Engineering, Volume, Solid Of Revolution