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1.
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Each cube is 1 cm long, 1 cm wide, 1 cm high, and has a volume of 1
cm 3.
What is the volume, in
cubic centimetres, of this object built with
cubes?
![mc001-2.jpg](mf5_ch-8_lesson_6tr_files/mc001-2.jpg)
a. | 15 cm3 | b. | 25 cm3 | c. | 20 cm3 | d. | 12
cm3 |
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2.
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What is the volume, in cubic centimetres, of this object built with
cubes?
![mc002-1.jpg](mf5_ch-8_lesson_6tr_files/mc002-1.jpg)
a. | 25 cm3 | b. | 27 cm3 | c. | 23 cm3 | d. | 20
cm3 |
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3.
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What is the volume, in cubic centimetres, of this object built with
cubes?
![mc003-1.jpg](mf5_ch-8_lesson_6tr_files/mc003-1.jpg)
a. | 28 cm3 | b. | 18 cm3 | c. | 13 cm3 | d. | 23
cm3 |
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4.
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What is the volume, in cubic centimetres, of this object built with
cubes?
a. | 60 cm3 | b. | 100 cm3 | c. | 70 cm3 | d. | 80
cm3 |
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5.
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What is the volume, in cubic centimetres, of this object built with
cubes?
![mc005-1.jpg](mf5_ch-8_lesson_6tr_files/mc005-1.jpg)
a. | 36 cm3 | b. | 32 cm3 | c. | 16 cm3 | d. | 23
cm3 |
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6.
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What is the volume, in cubic centimetres, of this object built with
cubes?
![mc006-1.jpg](mf5_ch-8_lesson_6tr_files/mc006-1.jpg)
a. | 24 cm3 | b. | 36 cm3 | c. | 48 cm3 | d. | 60
cm3 |
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7.
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Cubic centimetre cubes were used to model the prism on the
right.
![mc007-1.jpg](mf5_ch-8_lesson_6tr_files/mc007-1.jpg) What is the volume of the prism on the
right?
a. | 32 cm3 | b. | 36 cm3 | c. | 8 cm3 | d. | 16
cm3 |
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8.
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Use the model on the left to determine the volume of the prism on the
right.
![mc008-1.jpg](mf5_ch-8_lesson_6tr_files/mc008-1.jpg)
a. | 24 cm3 | b. | 9 cm3 | c. | 12 cm3 | d. | 27
cm3 |
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9.
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Which object does not have a volume of 60 cm3?
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10.
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What is the volume of this
prism?
![mc010-1.jpg](mf5_ch-8_lesson_6tr_files/mc010-1.jpg)
a. | 84 cm3 | b. | 48 cm3 | c. | 62 cm3 | d. | 98
cm3 |
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