Mark and Jessica plan to share the hot chocolate from a full cylindrical thermos equally. The thermos has an inner radius of 2 inches and an inner height of 11 inches. If they will each use a mug with an inner radius of 2.25 inches, how high will the hot chocolate be in each mug to the nearest hundredth of an inch? Use the formula: V = 3.14r2h.

2.17 inches

4.35 inches

6.50 inches

8.69 inches

Question

Mark and Jessica plan to share the hot chocolate from a full cylindrical thermos equally. The thermos has an inner radius of 2 inches and an inner height of 11 inches. If they will each use a mug with an inner radius of 2.25 inches, how high will the hot chocolate be in each mug to the nearest hundredth of an inch? Use the formula: V = 3.14r2h.

2.17 inches

4.35 inches

6.50 inches

8.69 inches

jdoe0001 · Answer

what  would you get for the volume of the thermos? keep in mind that as given $\bf \large volume = \pi r^2 h$