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In this lesson, we will learn how to find the volume of a composite solid consisting of two or more regular solids, like cubes, rectangular prisms, and cylinders.
Q1:
Calculate the volume of the figure.
Q2:
A roll of paper towels has the given dimensions. Determine, to the nearest hundredth, the volume of the roll.
Q3:
Work out the volume of the composite prism shown.
Q4:
Find the volume of the hexagonal prism shown in the figure.
Q5:
The figure shows the design of a swimming pool. Work out, in cubic meters, the volume of water needed to fill the swimming pool completely.
Q6:
The figure shows the design of a swimming pool. If the pool is to be filled to a point 0.5 m below the brim, work out the volume of water that would be needed in cubic meters.
Q7:
Find the volume of the given solid to the nearest tenth.
Q8:
Find, to the nearest tenth, the volume of this solid.
Q9:
Find the volume of the solid.
Q10:
The shape in the given figure consists of a cylinder with a hemisphere attached to each end. Work out its volume, giving your answer to two decimal places.
Q11:
Q12:
To work out an estimate for the volume of a human body, we could model the body using a series of cylinders and spheres as seen in the given figure.
