+HOT Competition 3 Sep/8AM: Mathematicians have long struggled with th

Question

Mathematicians have long struggled with the problem of  having non-Euclidian geometric concepts to represent on a two-dimensional surface .

(A) having non-Euclidian geometric concepts to represent on a two-dimensional surface 
(B) having a two-dimensional surface on which to represent non-Euclidian geometric concepts
(C) how can one represent non-Euclidian geometric concepts on a two-dimensional surface
(D) how they could use a two-dimensional surface to represent non-Euclidian geometric concepts 
(E) how to represent non-Euclidian geometric concepts on a two-dimensional surface

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piyush0122 · Answer

Mathematicians have long struggled with the problem of having non-Euclidian geometric concepts to represent on a two-dimensional surface.

(A) having non-Euclidian geometric concepts to represent on a two-dimensional surface- incorrect. makes the meaning nonsensical. The problem is not, " having non Euclidian geometric concepts"
(B) having a two-dimensional surface on which to represent non-Euclidian geometric concepts- Incorrect. Meaning issues. the problem is not, "having a two dimensional surface"
(C) how can one represent non-Euclidian geometric concepts on a two-dimensional surface- Incorrect. E is a better choice. The problem of how to represent.... is the correct structure. Instead of " the problem of how can one"
(D) how they could use a two-dimensional surface to represent non-Euclidian geometric concepts- Incorrect aging this choice has a subtle meaning issue. This choice changes the intended meaning.
(E) how to represent non-Euclidian geometric concepts on a two-dimensional surface- Correct choice. Avoids all errors.

minustark · Answer

Mathematicians have long struggled with the problem of having non-Euclidian geometric concepts to represent on a two-dimensional surface.

(A) having non-Euclidian geometric concepts to represent on a two-dimensional surface...having is wrongly modifying the problem
(B) having a two-dimensional surface on which to represent non-Euclidian geometric concepts...for problem, how to is the preferred usage
(C) how can one represent non-Euclidian geometric concepts on a two-dimensional surface...can one is not the correct form 
(D) how they could use a two-dimensional surface to represent non-Euclidian geometric concepts..depart from the intended meaning

(E) how to represent non-Euclidian geometric concepts on a two-dimensional surface.. correct

E is the answer.

Posted from my mobile device

Tanushka77 · Answer

Mathematicians have long struggled with the problem of having non-Euclidian geometric concepts to represent on a two-dimensional surface.

(A) having non-Euclidian geometric concepts to represent on a two-dimensional surface  as I know, "having" is a big NO-NO is GMAT,this does not sound great to me. 
(B) having a two-dimensional surface on which to represent non-Euclidian geometric concepts  The same as A 
(C) how can one represent non-Euclidian geometric concepts on a two-dimensional surface   "one" and "can" should change their places 
(D) how they could use a two-dimensional surface to represent non-Euclidian geometric concepts  This one is fine 
(E) how to represent non-Euclidian geometric concepts on a two-dimensional surface  Just perfect and concise

Between D and E, I would go for E because it is more concise and does not have pronouns

The answer is E

JonShukhrat · Answer

Mathematicians have long struggled with the problem of having non-Euclidian geometric concepts to represent on a two-dimensional surface.

(A) having non-Euclidian geometric concepts to represent on a two-dimensional surface

The problem was to represent, not having certain concepts. This choice illogically suggest that math doesn’t have non-Euclidian geometric concepts. It does.

(B) having a two-dimensional surface on which to represent non-Euclidian geometric concepts

The problem was to represent, not having certain concepts. This choice illogically suggest that math doesn’t have a two-dimensional surface. It does.

(C) how can one represent non-Euclidian geometric concepts on a two-dimensional surface

“how can one” is the structure of a question. A helping verb can precede the subject in questions, and this choice isn’t question.

(D) how they could use a two-dimensional surface to represent non-Euclidian geometric concepts

“they” doesn’t have an antecedent. It all the way around: to represent non-Euclidian geometric concepts on a two-dimensional surface

(E) how to represent non-Euclidian geometric concepts on a two-dimensional surface

Correct choice: the problem was the action of representing certain concepts on a two-dimensional surface.

Hence E

Bunuel · Answer

Experts Global Explanation:

Meaning

A. This answer choice changes the meaning of the sentence by incorrectly using the phrase “having non-Euclidian geometric concepts to represent”; this phrase implies that the problem in question is the existence of non-Euclidian geometric concepts that must be represented on a two dimensional surface. The intended meaning is that the problem is how to represent such concepts on a two-dimensional surface.

B. This answer choice changes the meaning of the sentence by incorrectly using the phrase “having a two-dimensional surface on which”; this phrase implies that the problem in question is the existence of a two-dimensional surface that must be used to represent non-Euclidian geometric concepts. The intended meaning is that the problem is of how to represent such concepts on a two-dimensional surface.

C. This answer choice incorrectly utilizes a question construction “how can one”; “how one can” would have made this answer choice competitive.

D. This answer choice changes the meaning in the usage “how they could use a two-dimensional surface to…”, suggesting that the problem is using two-dimensional surface to represent something.

E. This answer choice maintains proper construction and conveys the intended meaning of the sentence. Thus, this answer choice is correct.

E is the best answer choice.

GAURAV1113 · Answer

Apart from change in meaning, is there any other mistake in this option.?

"how they could use a two-dimensional surface to represent non-Euclidian geometric concepts."

2-D Surface(singular) to represent NCG concepts (plural)
"Represent" is parallel marker here(?) for Sub-Obj agreement.

Am I overthinking here??
Kindly explain.  AndrewN   EducationAisle

Posted from my mobile device

AndrewN · Answer

Hello,  GUARAV1113 . A good way to test such answer choices, once you know the correct answer, is to see how they differ from the best option. Compare (D) and (E) side by side and remove the common elements:

The only unique element of (D) is  they could use , and the only unique element of (E) is  on , so we can deduce that how the overlapping pieces are arranged makes all the difference, that expressed meaning lies at the core of what makes one answer incorrect and the other preferred. If your query was about a possible flaw in the grammar of the (D), then just know that it is fine on those grounds. You do not need to worry about a parallel marker between a subject and object in the manner you have outlined, nor do you need to worry about subject-object agreement, which can mix singular and plural elements without a problem (e.g., He writes letters all day; they practice a game.)

I hope that helps. Thank you for thinking to ask me.

- Andrew

VerbalBot · Answer

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+HOT Competition 3 Sep/8AM: Mathematicians have long struggled with th

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+HOT Competition 3 Sep/8AM: Mathematicians have long struggled with th

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