The cylindrical container is four-fifths full of powder. Round to the nearest tenth if necessary. a. The total capacity of the container in terms of π is. b. The volume of the powder in terms of π is .

a.

b.

Step-by-step explanation:

Volume of the container denotes its quantity. It is a three-dimensional space.

Let V denotes the volume of the container, h denotes the height of the container and r denotes the radius of the container.

a.

The total capacity of the container in terms of π is

b.

As the cylindrical container is four-fifths full of powder, so the volume of the powder in terms of π is volume of the container i.e.,

The greatest common factor is 6. It is the highest number that can go into both of them evenly.

Since each term has a different variable, you cannot factor either of those out.

Taking the 6 out results in the following:

6(3x + y)