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martie11
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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:
100% (01:36) correct
0%
(00:00)
wrong
based on 9
sessions
History
Date
Time
Result
Not Attempted Yet
Source: Knewton
Developed gradually at Los Alamos National Laboratory over the last 30 years, a groundwater model called Finite Element Heat and Mass (FEHM), which can accurately simulate the migration of water pollutants through any body of water regardless of its size, is now used by scientists for a variety of ecological purposes.
(A) Developed gradually at Los Alamos National Laboratory over the last 30 years, a groundwater model called Finite Element Heat and Mass (FEHM), which can accurately simulate the migration of water pollutants through any body of water regardless of its size,
(B) Developed gradually at Los Alamos National Laboratory over the last 30 years, having the ability to accurately simulate the migration of water pollutants through any body of water regardless of its size, a groundwater model called Finite Element Heat and Mass (FEHM)
(C) A groundwater model developed gradually at Los Alamos National Laboratory over the last 30 years, called Finite Element Heat and Mass (FEHM), which has the ability to accurately simulate the migration of water pollutants through any body of water regardless of its size,
(D) A groundwater model developed gradually at Los Alamos National Laboratory over the last 30 years, called Finite Element Heat and Mass (FEHM), which has the ability to simulate the migration of water pollutants through any body of water accurately and regardless of its size,
(E) A groundwater model that was developed gradually at Los Alamos National Laboratory over the last 30 years and has the ability to simulate the migration of water pollutants through any body of water accurately and regardless of the size of the body of water, called Finite Element Heat and Mass (FEHM),
Updated with OA.
Developed gradually at Los Alamos National Laboratory over the last 30 years, a groundwater model called Finite Element Heat and Mass (FEHM), which can accurately simulate the migration of water pollutants through any body of water regardless of its size, is now used by scientists for a variety of ecological purposes.
(A) Developed gradually at Los Alamos National Laboratory over the last 30 years, a groundwater model called Finite Element Heat and Mass (FEHM), which can accurately simulate the migration of water pollutants through any body of water regardless of its size,
(B) Developed gradually at Los Alamos National Laboratory over the last 30 years, having the ability to accurately simulate the migration of water pollutants through any body of water regardless of its size, a groundwater model called Finite Element Heat and Mass (FEHM)
(C) A groundwater model developed gradually at Los Alamos National Laboratory over the last 30 years, called Finite Element Heat and Mass (FEHM), which has the ability to accurately simulate the migration of water pollutants through any body of water regardless of its size,
(D) A groundwater model developed gradually at Los Alamos National Laboratory over the last 30 years, called Finite Element Heat and Mass (FEHM), which has the ability to simulate the migration of water pollutants through any body of water accurately and regardless of its size,
(E) A groundwater model that was developed gradually at Los Alamos National Laboratory over the last 30 years and has the ability to simulate the migration of water pollutants through any body of water accurately and regardless of the size of the body of water, called Finite Element Heat and Mass (FEHM),
Updated with OA.
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27 Nov 2010, 10:12
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Yes a long one indeed and a frightening one too apparently, if not gone by the book.
The clue here is that the phrase “called Finite Element Heat and Mass (FEHM)” modifies the groundwater model and hence has to touch that particular noun phrase. As such, you can not separate both of them. Otherwise, the model called FEHM will rather modify undue things and distort the meaning as in C, D and E.
Between A and B, B has no conjunction to conjugate the two adjectivals that modify the ground water model.
A amends the conjugation problem, by converting the second adjective into a subordinate clause and by using " which", a relative pronoun that truly modifies the groundwater model.
A is the eventual winner
The clue here is that the phrase “called Finite Element Heat and Mass (FEHM)” modifies the groundwater model and hence has to touch that particular noun phrase. As such, you can not separate both of them. Otherwise, the model called FEHM will rather modify undue things and distort the meaning as in C, D and E.
Between A and B, B has no conjunction to conjugate the two adjectivals that modify the ground water model.
A amends the conjugation problem, by converting the second adjective into a subordinate clause and by using " which", a relative pronoun that truly modifies the groundwater model.
A is the eventual winner
martie11
Joined: 26 Apr 2010
Last visit: 29 Oct 2012
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27 Nov 2010, 16:24
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Well done.
Here is the Knewton explanation:
While this sentence is long and contains many modifiers, it is actually correct as written. The first phrase (developed gradually at...) is a participial phrase that is followed immediately by the subject—a groundwater model—that it modifies. In the third phrase, the nonrestrictive clause beginning with which can... immediately follows FEHM (the thing which can), and is properly set off by commas so that the verb beginning the final phrase, (is now used...), is also properly linked to FEHM, it's subject.
Choice A is correct.
Cheers.
Here is the Knewton explanation:
While this sentence is long and contains many modifiers, it is actually correct as written. The first phrase (developed gradually at...) is a participial phrase that is followed immediately by the subject—a groundwater model—that it modifies. In the third phrase, the nonrestrictive clause beginning with which can... immediately follows FEHM (the thing which can), and is properly set off by commas so that the verb beginning the final phrase, (is now used...), is also properly linked to FEHM, it's subject.
Choice A is correct.
Cheers.
