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08 Mar 2024, 03:31
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C
Be sure to select an answer first to save it in the Error Log before revealing the correct answer (OA)!
Difficulty:
15%
(low)
Question Stats:
79% (01:27) correct
21%
(01:42)
wrong
based on 730
sessions
History
Date
Time
Result
Not Attempted Yet
Frequent exposure to low-frequency electrical fields is associated with cancer. Although those fields are far too weak by themselves to produce the genetic changes that typically promote cancer, they are known to suppress the production of a hormone that prevents overproduction of the hormone estrogen. Excess estrogen is known to promote cancer.
The statements above are structured to lead to the hypothesis that
A. genetic changes are more likely to promote cancer than is any other single factor
B. most people are not exposed to electrical fields that are strong enough to produce cancer
C. exposure to low-frequency electrical fields might cause cancer through hormonal changes
D. most hormones, when produced in excess amounts, promote cancer
E. excess estrogen is likely to promote cancer only if it is accompanied by frequent exposure to low-frequency electrical fields
GMAT-Club-Forum-9aaapc9z.png [ 84.83 KiB | Viewed 2890 times ]
The statements above are structured to lead to the hypothesis that
A. genetic changes are more likely to promote cancer than is any other single factor
B. most people are not exposed to electrical fields that are strong enough to produce cancer
C. exposure to low-frequency electrical fields might cause cancer through hormonal changes
D. most hormones, when produced in excess amounts, promote cancer
E. excess estrogen is likely to promote cancer only if it is accompanied by frequent exposure to low-frequency electrical fields
Attachment:
GMAT-Club-Forum-9aaapc9z.png [ 84.83 KiB | Viewed 2890 times ]
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08 Mar 2024, 03:58
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Hi, based on the passage is C the correct answer? Thanks
Posted from my mobile device
Posted from my mobile device
08 Mar 2024, 04:00
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Rucha.Shukla
Please try posting complete soltion. As of the OA: The OA will be automatically revealed on Sunday 10th of March 2024 03:31:16 AM Pacific Time Zone
