**Q1: **

Find the volume of the given cylinder, rounded to the nearest tenth.

**Q2: **

Find the volume of the cylinder. Give your answer in in^{3} to one decimal place.

**Q3: **

Find the volume of a cylinder whose base has a radius of 14 cm and whose height is 3 cm. Use .

**Q4: **

The volume of a cylinder is . Find the volume of a cylinder with a radius of 4 cm and a height of 14 cm. Leave your answer in terms of .

- A
cm
^{3} - B
cm
^{3} - C
cm
^{3} - D
cm
^{3} - E
cm
^{3}

**Q6: **

Calculate the radius of a cylinder with volume cm^{3}
and height 11 cm.

**Q7: **

Given that about 7.5 gallons of water can fill one cubic foot, about how many gallons of water would be in this cylindrical water tank if it was full?

- A 9 000 gal
- B 113 098 gal
- C 36 000 gal
- D 28 274 gal
- E 503 gal

**Q8: **

Given that about 7.5 gallons of water can fill one cubic foot, about how many gallons of water would be in this cylindrical water tank if it was full?

- A 37 905 gal
- B 476 329 gal
- C 151 620 gal
- D 119 082 gal
- E 2 118 gal

**Q9: **

Find the dimensions of the right circular cylinder whose radius is of a meter greater than the height and volume is cubic meters.

- Aradius = 1.67 m, height = 2 m
- Bradius = 2 m, height = 2.33 m
- Cradius = 3.33 m, height = 3 m
- Dradius = 2.33 m, height = 2 m
- Eradius = 2.67 m, height = 3 m

**Q10: **

Find the dimensions of the right circular cylinder whose height is one less than half its radius and volume is cubic meters.

- Aradius = 6 m, height = 4 m
- Bradius = 6 m, height = 3 m
- Cradius = 8 m, height = 3 m
- Dradius = 6 m, height = 2 m
- Eradius = 2 m, height = 6 m

**Q11: **

Find the dimensions of the right circular cylinder that is described as follows: the radius and height differ by one meter, where the radius is larger than the height, and the volume is cubic meters.

- Aradius = 7 m, height = 6 m
- Bradius = 4 m, height = 5 m
- Cradius = 5 m, height = 4 m
- Dradius = 4 m, height = 3 m
- Eradius = 3 m, height = 4 m

**Q12: **

Suppose the large container is to be filled with rice using the small container. How many times would the small container need to be filled to completely fill the large container? Give your solution to one decimal place.

**Q13: **

**Q14: **

A rectangular piece of card in which and was rolled into a cylinder so that meets . Find the volume of the resulting cylinder. Use .