Multiple Choice
Identify the
choice that best completes the statement or answers the question.
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1.
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The area model for multiplying 81 X 35 is shown below. The variable p
represents a missing partial product. p = ________  a. | p = 85 | c. | p = 400 | b. | p = 2,835 | d. | p = 40 |
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2.
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The area model for multiplying 3,259 X 7 is shown below. The variable p
represents a missing partial product. p = ______  a. | p = 3,500 | c. | p = 22,813 | b. | p = 57 | d. | p = 350 |
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3.
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The area model for multiplying 6,461 X 2 is shown below. The
variable p represents a missing partial product. p = ______  a. | p = 80 | c. | p = 12,922 | b. | p = 800 | d. | p = 402 |
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4.
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The area model for multiplying 6,461 X 2 is shown below. The
variable p represents a missing partial product. p = ______  a. | p = 80 | c. | p = 12,922 | b. | p = 800 | d. | p = 402 |
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5.
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The area model for multiplying 8,385 X 7 is shown below. The variable p
represents a missing partial product. p = ______  a. | p = 5,600 | c. | p = 58,695 | b. | p = 87 | d. | p = 560 |
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6.
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The area model for multiplying 5,786 X 6 is shown below.
The variable p represents a missing partial product. p = ______  a. | p = 30,000 | c. | p = 34,716 | b. | p = 3,000 | d. | p = 56,000 |
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7.
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The area model for multiplying 69 X 42 is shown below. The variable p
represents a missing partial product. p = ______  a. | p = 1,200 | c. | p = 120 | b. | p = 62 | d. | p = 2,898 |
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8.
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The area model for multiplying 72 X 29 is shown below.
The variable p represents a missing partial product. p = _______ 
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9.
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The area model for multiplying 63 X 51 is shown below. The variable p
represents a missing partial product. p = _______  a. | p = 3,000 | c. | p = 300 | b. | p = 3,213 | d. | p = 110 |
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10.
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The area model for multiplying 74 X 26 is shown below.
The variable p represents a missing partial product. p = _______ 
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