PT158.S2.Q6 > Question

SECTION 1 · rc

PASSAGE 1

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PASSAGE 2

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PASSAGE 3

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PASSAGE 4

Question 21 Question 22 Question 23 Question 24 Question 25 Question 26 Question 27

SECTION 2 · lr

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SECTION 3 · lr

SECTION 4 · lr

We're talking about honey, so let's kick that idea up into the domain. First claim is that all of the most-healthful are unusually-high-antioxidants. Next claim is that some of the sage-and-lightest-color are also among the most-healthful. Together, these two claims form a lawgic chain: sage-and-lightest-color ←some→ most-healthful → unusually-high-antioxidants. In the abstract, the lawgic chain is this: A ←some→ B → C

Some of the sage-and-lightest-color are unusually-high-antioxidants. sage-and-lightest-color ←some→ unusually-high-antioxidants

This answer is strongly supported. If it’s true that some of the lightest sage honey is X, then it’s also true that some sage honey is X.

This answer is unsupported. The information in the stimulus is consistent with most plants producing dark-colored honey or light-colored honey.

This answer is unsupported, perhaps even anti-supported. Darker honey, not lighter, tends to be higher in antioxidants and the most healthful strains are all unusually high in antioxiadants.

This answer is unsupported. Can edit "low" to "high" and it would be correct.

This answer is unsupported. We don’t know from the stimulus whether the single strain that has the highest antioxidant content is light in color. We only know that some of the lightest-colored strains are also some with the highest antioxidant content.

PrepTest 158 - Section 2 - Question 6

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