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31 Aug 2019, 06:04
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A
Be sure to select an answer first to save it in the Error Log before revealing the correct answer (OA)!
Difficulty:
25%
(medium)
Question Stats:
74% (02:00) correct
26%
(02:16)
wrong
based on 135
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Planets within the habitable zone, the shell-shaped region of space surrounding a star within which a planet could maintain liquid water on its surface, are much more likely than more distant planets to harbor atmospheres which contain water and, possibly, multicellular life.
A. Planets within the habitable zone, the shell-shaped region of space surrounding a star within which a planet could maintain liquid water on its surface, are much more likely than more distant planets to harbor atmospheres which contain water and, possibly, multicellular life.
B. Planets within the habitable zone, the shell-shaped region of space surrounding a star within which a planet could maintain liquid water on its surface, which are much more likely than more distant planets to harbor atmospheres which contain water and, possibly, multicellular life.
C. Atmospheres that contain water and, possibly, multicellular life, on planets within the habitable zone, the shell-shaped region of space surrounding a star within which a planet could maintain liquid water on its surface, is the much more likely to be harbored rather than on more distant planets.
D. Atmospheres on planets within the habitable zone, the shell-shaped region of space surrounding a star within which a planet could maintain liquid water on its surface, rather than on more distant stars, are much more likely to harbor multicellular life when they contain water.
E. Rather than more distant planets, the atmospheres of planets within the habitable zone, the shell-shaped region of space surrounding a star within which a planet could maintain liquid water on its surface, are much more likely to contain water and, possibly, multicellular life.
A. Planets within the habitable zone, the shell-shaped region of space surrounding a star within which a planet could maintain liquid water on its surface, are much more likely than more distant planets to harbor atmospheres which contain water and, possibly, multicellular life.
B. Planets within the habitable zone, the shell-shaped region of space surrounding a star within which a planet could maintain liquid water on its surface, which are much more likely than more distant planets to harbor atmospheres which contain water and, possibly, multicellular life.
C. Atmospheres that contain water and, possibly, multicellular life, on planets within the habitable zone, the shell-shaped region of space surrounding a star within which a planet could maintain liquid water on its surface, is the much more likely to be harbored rather than on more distant planets.
D. Atmospheres on planets within the habitable zone, the shell-shaped region of space surrounding a star within which a planet could maintain liquid water on its surface, rather than on more distant stars, are much more likely to harbor multicellular life when they contain water.
E. Rather than more distant planets, the atmospheres of planets within the habitable zone, the shell-shaped region of space surrounding a star within which a planet could maintain liquid water on its surface, are much more likely to contain water and, possibly, multicellular life.
31 Aug 2019, 14:09
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IMO A
B.Run on - No verb for planets
C. Subject verb agreement - atmospheres vs singular verb is
D. Parallel construction- atmospheres vs other planets is illogical
E.same as D
Posted from my mobile device
B.Run on - No verb for planets
C. Subject verb agreement - atmospheres vs singular verb is
D. Parallel construction- atmospheres vs other planets is illogical
E.same as D
Posted from my mobile device
devavrat
Joined: 19 Feb 2019
Last visit: 29 Apr 2021
Posts: 94
Own Kudos:
Given Kudos: 58
Location: India
Concentration: Marketing, Statistics
Schools: Rotman '22 (D) Krannert '22 (D) Cass '21 (WL)
GMAT 1: 650 Q46 V34
GPA: 3
02 Sep 2019, 01:06
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Is
I thought it is wrong and ended up choosing option E
Quote:
are much more likely than more distant planets
correct use?I thought it is wrong and ended up choosing option E
