How to find the area of the base of a cylinder with volume and height?

If you have a cylinder, you can use the cylinder volume and height to find the area of the base of the cylinder. You will need to know the height of the cylinder to do this. Cylinders are usually given in either millimeters (mm) or inches and the conversion is pretty simple. If your cylinder has a diameter of 20 mm, then the height will be equal to 20 divided by 2 pi multiplied by the conversion factor of a meter per inch. This means the conversion will be

How to

The area under a cylinder is equal to the sum of the areas of the circular bases of the cylinders. Thus, to find the area under a cylinder with diameter “d” or height “h”, use the following equation: Area under a cylinder = pi × d2 × h.

How to find an area of a cylinder with volume and height and diameter?

In order to find the area of a cylinder with diameter D and height H, you need to use the following formula: Area of a cylinder with volume and height = πr2h where r is the radius of the cylinder. You can find the radius of a cylinder with volume and height by using the following relationship: Radius of cylinder with volume and height = sqrt((height)(volume)/π).

How to find the area of a cylinder with volume, height, and diameter?

You can use the following formulae to find the area of a cylinder with a given volume, height, and diameter:

How to find the area of a cylinder with volume, height, and radius?

To find the area of a cylinder with volume, height, and radius, you first need to find the volume. To do that, you need to know the height or diameter of the cylinder, then multiply that number by π (pi), which is the ratio of a circle’s circumference to its diameter. The result is the area of the cylinder as a square. This method applies to all cylinders, regardless of their shape.