The volume of a rectangular prism (which represents the water tower) can be calculated by multiplying its length, width, and height.
In this case, the length is not given, so we can assume it to be the same as the width.
Therefore, the volume of the water tower is: 16 meters * 16 meters * 25 meters = 6,400 cubic meters.
Out of the given options, the volume closest to 6,400 cubic meters is 5,024 cubic meters.
A water tower has a height of 25 meters and a width of 16 meters. What is the volume of the water tower? (1 point)
5,024 cubic meters
7,850 cubic meters
O 20,096 cubic meters
15,700 cubic meters
3 answers
most water dowers are cylindrical in shape.
If this one is, then that means its diameter is 16 meters.
In that case, its volume is
πr^2 h = π*64*25 = 1600π m^3
If this one is, then that means its diameter is 16 meters.
In that case, its volume is
πr^2 h = π*64*25 = 1600π m^3
You are correct. Since most water towers are cylindrical in shape, we can assume that the diameter of the water tower is 16 meters.
Using the formula for the volume of a cylinder, V = πr^2h, where r is the radius and h is the height, we can substitute the given values:
V = π * 8^2 * 25
V = π * 64 * 25
V = 1600π cubic meters
Therefore, the volume of the water tower is 1600π cubic meters.
Using the formula for the volume of a cylinder, V = πr^2h, where r is the radius and h is the height, we can substitute the given values:
V = π * 8^2 * 25
V = π * 64 * 25
V = 1600π cubic meters
Therefore, the volume of the water tower is 1600π cubic meters.