The formula for the volume of a cylinder is V = πr^2h, where r is the radius and h is the height.
Given that the volume is 27,355.68 mm^3 and the radius is 22 mm, we can plug these values into the formula:
27,355.68 = 3.14 * 22^2 * h
27,355.68 = 3.14 * 484 * h
27,355.68 = 1522.56 * h
h = 27,355.68 / 1522.56
h = 18 mm
Therefore, the height of the cylinder is 18 mm.
The volume of a right circular cylinder is 27,355.68 mm3. Find the height of the cylinder if the radius is 22 mm. Use 3.14 for π.(1 point)
mm
3 answers
Michealla has 20 cans of tomato sauce with a combined volume of 12,057.6 inches3 . If each can has a radius of 4 inches, find the height of 1 can. Use 3.14 for π .(1 point)
inches
inches
The formula for the volume of a cylinder is V = πr^2h, where r is the radius and h is the height.
Given that there are 20 cans with a combined volume of 12,057.6 inches^3 and each can has a radius of 4 inches, we can first find the volume of one can and then use that information to find the height of one can.
Volume of one can = Total volume / Number of cans
Volume of one can = 12,057.6 / 20
Volume of one can = 602.88 inches^3
Now, we can plug the radius (r = 4 inches) and the volume of one can into the formula:
602.88 = 3.14 * 4^2 * h
602.88 = 3.14 * 16 * h
602.88 = 50.24 * h
h = 602.88 / 50.24
h = 12 inches
Therefore, the height of one can of tomato sauce is 12 inches.
Given that there are 20 cans with a combined volume of 12,057.6 inches^3 and each can has a radius of 4 inches, we can first find the volume of one can and then use that information to find the height of one can.
Volume of one can = Total volume / Number of cans
Volume of one can = 12,057.6 / 20
Volume of one can = 602.88 inches^3
Now, we can plug the radius (r = 4 inches) and the volume of one can into the formula:
602.88 = 3.14 * 4^2 * h
602.88 = 3.14 * 16 * h
602.88 = 50.24 * h
h = 602.88 / 50.24
h = 12 inches
Therefore, the height of one can of tomato sauce is 12 inches.