To order the absolute values from least to greatest, we first need to calculate the absolute value of each number in the lists provided:
-
A:
- \(-5/14\) → \(5/14\)
- \(-4/7\) → \(4/7\)
- \(6/7\) → \(6/7\)
Absolute values: \(5/14\), \(4/7\), \(6/7\)
-
B:
- \(-2/3\) → \(2/3\)
- \(-5/9\) → \(5/9\)
- \(2/9\) → \(2/9\)
Absolute values: \(2/3\), \(5/9\), \(2/9\)
-
C:
- \(-1/10\) → \(1/10\)
- \(-4/5\) → \(4/5\)
- \(7/10\) → \(7/10\)
Absolute values: \(1/10\), \(4/5\), \(7/10\)
-
D:
- \(-3/8\) → \(3/8\)
- \(3/4\) → \(3/4\)
- \(-7/8\) → \(7/8\)
Absolute values: \(3/8\), \(3/4\), \(7/8\)
Now let's order the absolute values from least to greatest in each list:
- List A: \(5/14\), \(4/7\), \(6/7\)
- List B: \(2/9\), \(5/9\), \(2/3\)
- List C: \(1/10\), \(4/5\), \(7/10\)
- List D: \(3/8\), \(3/4\), \(7/8\)
Next, we'll find the decimal approximations to compare the absolute values more easily:
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\(5/14 ≈ 0.357\)
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\(4/7 ≈ 0.571\)
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\(6/7 ≈ 0.857\)
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\(2/9 ≈ 0.222\)
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\(5/9 ≈ 0.556\)
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\(2/3 ≈ 0.667\)
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\(1/10 = 0.1\)
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\(4/5 = 0.8\)
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\(7/10 = 0.7\)
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\(3/8 = 0.375\)
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\(3/4 = 0.75\)
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\(7/8 = 0.875\)
Now, let's order the values from the lists:
- A: \(5/14 (0.357), 4/7 (0.571), 6/7 (0.857)\) → Correctly ordered: \(5/14 < 4/7 < 6/7\)
- B: \(2/9 (0.222), 5/9 (0.556), 2/3 (0.667)\) → Correctly ordered: \(2/9 < 5/9 < 2/3\)
- C: \(1/10 (0.1), 7/10 (0.7), 4/5 (0.8)\) → Not correctly ordered (should be \(1/10 < 7/10 < 4/5\))
- D: \(3/8 (0.375), 3/4 (0.75), 7/8 (0.875)\) → Correctly ordered: \(3/8 < 3/4 < 7/8\)
Thus, the lists that show absolute values in order from least to greatest are:
- A
- B
- D