To complete the statements, we need to understand the place value of each digit in the numbers 71,000 and 17,000.
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In 71,000:
- The digit 7 is in the ten-thousands place, which means its value is 70,000.
- The digit 1 is in the thousands place, which means its value is 1,000.
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In 17,000:
- The digit 1 is in the ten-thousands place, which means its value is 10,000.
- The digit 7 is in the thousands place, which means its value is 7,000.
Now we can evaluate the statements:
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The value of the digit 1, 7, 10, or 100 in 71,000 is ten times the value of the digit in 17,000.
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If we take the digit 7 in 71,000 (which has a value of 70,000) and compare it to the digit 1 in 17,000 (which has a value of 10,000), then:
- 70,000 is indeed ten times 10,000.
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So, the completed statement is:
The value of the digit 7 in 71,000 is ten times the value of the digit 1 in 17,000.
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The value of the digit 1, 7, 10, or 100 in 17,000 is ten times the value of the digit 1, 7, 10, or 100 in 71,000.
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If we take the digit 1 in 17,000 (which has a value of 10,000) and compare it to the digit 7 in 71,000 (which has a value of 70,000), then:
- 10,000 is not ten times 70,000.
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Instead, if we take the digit 1 in 71,000 (which has a value of 1,000) and compare to 7 in 17,000 (which has a value of 7,000), then:
- 7,000 is indeed seven times 1,000.
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Thus, the second statement does not hold true in the context described.
Summarizing:
- The value of the digit 7 in 71,000 is ten times the value of the digit 1 in 17,000.
- The value of the digit 1 in 71,000 is not ten times the value of the digit 7 in 17,000, but rather one-seventh.
So, only the first completed statement is correct in this context.