How to find the curved surface area of a cylinder formula?

Next, we will have to determine the height of the cylinder at its widest point. This is the radius of the base of the cylinder. Using the equation volume of a cylinder = πr2bh, we will plug in the values that we know. The result of this equation is the curved surface area of a cylinder.

How to find the curved surface area of a cylinder with a given radius?

If you have the radius of a cylinder and its height (or diameter) you can easily find its area using the cylinder volume equation we covered before. You will need to do a little bit of algebra to do this. First, use the volume equation and plug in your values for height, radius, and pi. The result will be the area you need.

How to find the area of a curved surface?

To find the area of a cylinder you will need to use the Cylinder Formula. The diameter and height will determine the volume of the cylinder. The length is the circumference of the cylinder.

How to find the area of a cylinder?

The area of a cylinder is the product of its diameter and its height. If you need the curved surface area of a cylinder, you need to find the area and the volume of the cylinder. The volume of a cylinder is the product of its height and its diameter.

How to find the curved surface area of a cylinder?

Now, we can use the surface area of a cylinder equation in order to find the curved surface area of a cylinder. The surface area of a cylinder is equal to the area of a circle with the same radius as the circumference of the cylinder base. For example, if the radius of the cylinder base is 6, and the height is 12, the surface area will be 36 square units.