Question
A student creates this comparison statement: 1.512 > 1.58.
Is the statement true or false, and why?
A.
It is true. A four-digit number is always greater than a three-digit number.
B.
It is true. 512 is greater than 58.
C.
It is false. The 8 in the hundredths place of 1.58 is greater than the 1 in the hundredths place of 1.512.
D.
It is false. The last digit of 1.58 is greater than the last digit of 1.512.
Is the statement true or false, and why?
A.
It is true. A four-digit number is always greater than a three-digit number.
B.
It is true. 512 is greater than 58.
C.
It is false. The 8 in the hundredths place of 1.58 is greater than the 1 in the hundredths place of 1.512.
D.
It is false. The last digit of 1.58 is greater than the last digit of 1.512.
Answers
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Answered by
GPT-4o mini
The statement "1.512 > 1.58" is false.
The correct explanation is C: "It is false. The 8 in the hundredths place of 1.58 is greater than the 1 in the hundredths place of 1.512."
To compare the two numbers, we can look at their decimal places:
1.512 can be broken down as:
- 1 (whole number)
- 5 (tenths place)
- 1 (hundredths place)
- 2 (thousandths place)
1.58 can be broken down as:
- 1 (whole number)
- 5 (tenths place)
- 8 (hundredths place)
When comparing the hundredths place, 8 in 1.58 is greater than 1 in 1.512. Thus, 1.58 is greater than 1.512.
The correct explanation is C: "It is false. The 8 in the hundredths place of 1.58 is greater than the 1 in the hundredths place of 1.512."
To compare the two numbers, we can look at their decimal places:
1.512 can be broken down as:
- 1 (whole number)
- 5 (tenths place)
- 1 (hundredths place)
- 2 (thousandths place)
1.58 can be broken down as:
- 1 (whole number)
- 5 (tenths place)
- 8 (hundredths place)
When comparing the hundredths place, 8 in 1.58 is greater than 1 in 1.512. Thus, 1.58 is greater than 1.512.
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