jelin1eMari
Answered

How do I find the volume if I don't have the height????


Kent has two similar cylindrical pipes, Pipe A and Pipe B. The radius of Pipe A is 6 cm, and the radius of Pipe B is 2 cm. What is the ratio of the volume of Pipe A to the volume of Pipe B?

Verified Answer :

meerkat18

The volume of the cylinder is calculated through the equation, V = πr²h. From the given, the ratio of the radii of Pipe A and Pipe B is 6:2 or 3:1. This is also the ratio of the heights of the Pipe. Therefore, the ratio of volume is,
                               V1 / V2 = π(3r)²3h / (πr²h)  = 27 / 1
Thus, the ratio of the volumes is 27:1

The volume of the cylinder should be \(V = \pi r^2h\)

And, the ratio of the volume should be 27:1.

Calculation of the volume:

Since Kent has two similar cylindrical pipes, Pipe A and Pipe B.

The radius of Pipe A is 6 cm, and the radius of Pipe B is 2 cm.

So, here the ratio should be like

\(= V1 \div V2 = \pi (3r)^2 3h \div (\pi r^2h) = 27 / 1\)

Thus, the ratio of the volumes is 27:1

Learn more about ratio here: https://brainly.com/question/13021566

Related Questions