Can a cylinder have the same volume as a cube?

if your cylinder is radius 1, then the diameter is 2, so it should be bigger then a cube with side length 1. A cylinder radius 1/2 would fit inside a cube. This cylinder would have a volume of π(12)2×1=π4, which is smaller than 1.

Does a cylinder have more surface area than a cube?

You could make the surface area of the cylinder arbitrarily large by making it extremely flat (large radius, small height). If you assume the height is equal to the radius, then the cube will have a greater surface area.

How do you find the volume of a cylinder inside a cube?

Finding the Volume of the Cylinder: And also the edge of the cube is equal to the height of the cylinder. With the help of these details, we can find the volume of the cylinder. Formula for the volume of the cylinder is V=πr2h V = π r 2 h .

What is the capacity of a cylindrical tank?

We are given the radius of the cylindrical tank = 2.1m and the height of the cylindrical tank = 5m. Hence, we get the volume or the capacity of the cylindrical tank as 69.3 cubic meters.

Does a cylinder hold more than a square?

The cylinders will hold up to four or five times more weight than square columns before a catastrophic failure.

What is the surface area of the cylinder?

2πr
The formula to calculate the total surface area of a cylinder is given as, the total surface area of cylinder = 2πr(h + r), while the curved surface area of cylinder formula is, curved/lateral surface area of cylinder = 2πrh, where ‘r’ is the radius of the base and ‘h’ is the height of the cylinder.

What is the capacity of cylindrical tank?

How do you find the capacity of a cylinder?

Volume of a cylinder

1. V = A h.
2. Since the area of a circle = π r 2 , then the formula for the volume of a cylinder is:
3. V = π r 2 h.

Whats the difference between a cube and a cylinder?

The main difference between cylinder and cube testing procedures is capping. Factors affecting the cylinder/cube strength ratio are 1) casting, curing, and testing procedure; 2) specimen geometry; 3) level of strength; 4) direction of loading and machine characteristics; and 5) aggregate grading.

How are cylinder and prism alike?

Solution: A prism is a polyhedron whose base and top are congruent polygons and whose other faces, i.e., lateral faces are flat in shape. (i) A prism and a cylinder are alike because it can be considered as a circular prism having a curved face. Thus the opposite faces are congruent and parallel.