Curved Solids

The volume of a cylinder with radius $r$ and height $t$ is ...

The volume of a cone with radius $7\text{cm}$ and height $6\text{cm}$ is ... $\left(\pi =\frac{22}{7}\right)$

The surface area of a sphere with radius $7\text{cm}$ is ... $\left(\pi =\frac{22}{7}\right)$

The volume of a cylinder with radius $7\text{cm}$ and height $10\text{cm}$ is ... $\left(\pi =\frac{22}{7}\right)$

A cone has radius $6\text{cm}$ and height $8\text{cm}$. Its slant height is ...

The volume of a sphere with radius $3\text{cm}$ is ... $\left(\pi =3.14\right)$

The surface area of a cylinder with radius $7\text{cm}$ and height $10\text{cm}$ is ... $\left(\pi =\frac{22}{7}\right)$

The volume of a cone with radius $7\text{cm}$ and height $12\text{cm}$ is ... $\left(\pi =\frac{22}{7}\right)$

A cylinder has diameter $14\text{cm}$ and height $20\text{cm}$. Its volume is ... $\left(\pi =\frac{22}{7}\right)$

The lateral surface area of a cone with radius $7\text{cm}$ and slant height $25\text{cm}$ is ... $\left(\pi =\frac{22}{7}\right)$

The volume of a sphere with radius $6\text{cm}$ is ... $\left(\pi =3.14\right)$

The lateral surface area of a cylinder with radius $3.5\text{cm}$ and height $10\text{cm}$ is ... $\left(\pi =\frac{22}{7}\right)$

The surface area of a cone with radius $6\text{cm}$ and slant height $10\text{cm}$ is ... $\left(\pi =3.14\right)$

The volume of a cylinder with radius $10\text{cm}$ and height $7\text{cm}$ is ... $\left(\pi =3.14\right)$

A cylinder and a cone have the same radius and height. If the volume of the cylinder is $240{\text{cm}}^3$, the volume of the cone is ...

The volume of a sphere with radius $21\text{cm}$ is ... $\left(\pi =\frac{22}{7}\right)$

If the radius of a sphere is doubled, its volume becomes ... times the original volume.

A cylinder has volume $1,540{\text{cm}}^3$ and height $10\text{cm}$. Its radius is ... $\left(\pi =\frac{22}{7}\right)$

A solid consists of a cylinder with radius $7\text{cm}$ and height $10\text{cm}$ plus a cone on top with radius $7\text{cm}$ and height $6\text{cm}$. Its volume is ... $\left(\pi =\frac{22}{7}\right)$

A cone has radius $5\text{cm}$ and slant height $13\text{cm}$. Its volume is ... $\left(\pi =3.14\right)$