How to find the radius of a cylinder formula?

The radius of a cylinder is half the length of the cylinder, and it’s straightforward to calculate the radius of a cylinder in two ways: length-to- diameter ratio or diameter to circumference ratio. The length-to-diameter ratio is usually the most convenient, especially when you have a known length and want to know the diameter. The number will be the same whether you’re using the length of a pipe, a column, or whatever is the object whose diameter you

How to calculate the radius of a cylinder

If you want to figure out the radius of a cylinder, start by taking the length and width of the cylinder and using Pythagorean Theorem to find the hypotenuse length. Use the result of this step as your radius.

How to find the radius of a cylinder from volume and surface area?

The cylinder's volume is the product of the length, diameter, and height of the cylinder. To find its surface area, you need to multiply the length of the cylinder by its square root, then add the square of the radius to it. The surface area of a cylinder is given by the formula S = πr2l. If you only know the height of the cylinder, you can determine the radius from its surface area by multiplying the height by the square root of the surface area.

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

In order to find the radius of a cylinder with a given volume or surface area, you can use the Pythagorean Theorem: take the square root of the sum of the squares of the height and base. This will give you the radius of the cylinder.

How to find the radius of a cylinder volume and surface area?

The radius of a cylinder can be found by multiplying the length of the cylinder by the cylinder’s diameter. Of course, you’ll need to know the length and diameter of a cylinder to determine its radius. The length of a cylinder is simply the length of the cylinder’s base. The diameter is generally the width of the cylinder at its base. You’ll want to use the actual dimensions of the cylinder, rather than the diameter of an imaginary cylinder, to determine