A successful chess-playing computer would prove either that a machine

Question

A successful chess-playing computer would prove either that a machine can think or that chess does not involve thinking. In either case the conception of human intelligence would surely change.

The reasoning above is most vulnerable to criticism on the grounds that it does not consider the possibility that

(A) the conception of intelligence is inextricably linked to that of thought

(B) a truly successful chess program may never be invented

(C) computer programs have been successfully applied to games other than chess

(D) a successful chess-playing computer would not model a human approach to chess playing

(E) the inability to play chess has more to do with lack of opportunity than with lack of intelligence

VivekSri · Answer

Conclusion :  The conception of human intelligence would surely change. 
 
This clearly means that chess playing computer is modelled as per human intelligence and it behaves the same way what a normal human would have done in that particular way. In short it is trying to say that chess playing computer is modelled as per human brain.
 
Now how we can weaken it?

Preassumption :   Entire reasoning would be flawed if we prove that chess playing computer is built on different algorithm which is not as per human mind.   
Think as an example, we understand the in simple language and computer understand in binary language, so if we have some option which proves that they are not modelled as per human mind, that is our answer.

This is clearly written in D.

So OA is D

nishajangir · Answer

d 
The argument assumes that if a computer can play chess really well, it means either computers can think like humans, or chess doesn't involve thinking. But it doesn't think about the possibility that computers might play chess differently from humans. So, even if a computer is good at chess, it doesn't mean computers can think like us or that chess doesn't need thinking. It just means computers and humans might think differently about chess.

Raman109 · Answer

Understanding the argument - 
A successful chess-playing computer would prove either that a machine can think or that chess does not involve thinking. - "A machine can think" means it'll apply "thinking" as humans, or it may not involve thinking like humans.

In either case the conception of human intelligence would surely change. - "conception of human intelligence would surely change," means say
1. If it can think - it means we may need to broaden our definition of human intelligence by including AI and not just limit it to biological beings (humans)
2. If no thinking is required - then we may need to evaluate whether we need to keep Chess as a game that needs thinking or not.

The conclusion is that the "conception of human intelligence would surely change." But what if there is a third possibility other than "thinking" or "no thinking." What if the computer uses probability or any other statistical method or anything but thinking (3rd possibility)? Then the conclusion that the "conception of human intelligence would surely change" will weaken?

The reasoning above is most vulnerable to criticism on the grounds that it does not consider the possibility that

(A) the conception of intelligence is inextricably linked to that of thought - out of scope.

(B) a truly successful chess program may never be invented - out of scope.

(C) computer programs have been successfully applied to games other than chess - "games other than chess" are out of scope

(D) a successful chess-playing computer would not model a human approach to chess playing - ok

(E) the inability to play chess has more to do with lack of opportunity than with lack of intelligence - out of scope

SudhanshuC · Answer

Answer D 
 
 If a computer does NOT play like a human (option-D), then there is  NO connection  between a computer and a human.

So, human intelligence / human thinking is NOT connected to a computer and the author’s conclusion is flawed.

unraveled · Answer

A successful chess-playing computer would prove either that a machine can think or that chess does not involve thinking. In either case the conception of human intelligence would surely change.

The reasoning above is most vulnerable to criticism on the grounds that it does not consider the possibility that

(A) the conception of intelligence is  inextricably linked to that of thought  - WRONG.

(B) a truly successful chess program  may never be invented

(C) computer programs have been  successfully applied to games other than chess

(D) a successful chess-playing computer  would not model a human approach to chess playing  - CORRECT.

(E) the inability to play chess has more to do with  lack of opportunity than with lack of intelligence

The passage makes a jump from computer being able to thinking and play chess to changing of conception of human intelligence. So, this gap needs to be filled such that the conclusion stands as it is. If not then the reasoning offered is at stake and falters.

Only A and D are good candidates. 
A loses out since it does exactly what passage says and thus, rather, strengthens the passage. On the other hand, D says that since there is possibility that computer would not play chess by thinking is a similar way as human think while playing chess, the conclusion stands to lose ground. It means that had the case been opposite such that that computer models that specific way of thinking(as humans do) while playing chess the conclusion makes sense.

Answer D.

A successful chess-playing computer would prove either that a machine

Prep Toolkit

Top 5 GMAT Debrief Videos

615 to 715 in 15 Days (Ria's Strategies)

More than Quant/Verbal Abilities: Speed vs. Accuracy

745 with Only Self-Prep and GMAT Club

From 555 to 765: 210-point Improvement

Perfect 805 Score Debrief by Julia

My Rewards

GMAT Critical Reasoning (CR) Questions

A successful chess-playing computer would prove either that a machine

Prep Toolkit

615 to 715 in 15 Days (Ria's Strategies)

More than Quant/Verbal Abilities: Speed vs. Accuracy

745 with Only Self-Prep and GMAT Club

From 555 to 765: 210-point Improvement

Perfect 805 Score Debrief by Julia

My Rewards