Exam 33: Volume of Cylindrical and Complex Containers

Find, to the nearest hundredth cubic meter, the volume of the block in the figure. All dimensions are in meters.

A 2-inch square hole is machined in this cylinder. Find, to the nearest hundredth cubic inch, the volume after machining the square hole.

If all dimensions are in inches, what is the volume of this holding block, in cubic inches?

-If the outside radius of a pipe is 4 cm and the pipe's height is 9 cm, what is the pipe's volume, in cubic centimeters? Assume the pipe wall is 0.5 cm thick. Give the answer to the nearest thousandth.

-A pipe with an outside diameter of 7" and a height of 17". The pipe wall is 0.25" thick. Find the pipe's volume, in cubic inches. Round the answer to the nearest hundredth.

A flat-bottomed hole is milled in this retainer cap. The hole is 7 cm in diameter and 20 cm deep. What is the volume of the cap, in cubic centimeters, after the milling operation? Express the answer to the nearest thousandth.

Find, to the nearest hundredth pound, the weight of this bronze bushing. Bronze weighs 0.32 lbs per cubic inch. All dimensions are in inches.

A length of welded pipe that has a diameter of 15" and a length of 45" is welded to another length of pipe with the same dimensions. What is the total volume of the two pipes, in cubic inches? Give the answer to the nearest hundredth.

-An outside storage tank is welded to have inside dimensions of 7.7 cm (diameter) and 13.3 cm (height). Find, in cubic centimeters, the volume of the tank. Round the answer to the nearest hundredth.

Find, in cubic centimeters, the volume of this steel collar. Express the answer to the nearest hundredth. All dimensions are in centimeters.