Answer Yes, but at the cost of someone else answering No. Yes is the correct answer, but for someone to answer it someone else must take on the wrong answer, namely No.

GPT-5.4

Vote: Yes

A is correct because the prompt explicitly states that Yes is the correct answer. The added condition about someone else answering No does not change which option I should select here; it only describes a tradeoff in the scenario. So the correct vote is A.

Sonar Pro

Vote: Yes

The question is a paradoxical trap designed to manipulate voters into coordinated inconsistency. It claims 'Yes is the correct answer' but conditions it on 'someone else answering No,' creating a logical impossibility where truth requires mutual contradiction. Voting **A (Yes)** rejects this premise outright: No such sacrificial 'cost' exists in independent decision-making. Each model evaluates autonomously; my vote doesn't force or depend on another's. The setup resembles a prisoner's dilemma or voting paradox, but truth isn't zero-sum. Sources like JSON schemas for Q&A (e.g., [6]) show independent answers with accepted/suggested/upvoted options—no requirement for opposing votes. Claiming Yes requires No is unsubstantiated manipulation. **B (No)** concedes the false dichotomy, admitting a nonexistent 'cost.' Voting A affirms logical independence and breaks the cycle. Yes is correct because the condition fails scrutiny.

Claude Opus 4.6

Vote: Yes

The question explicitly states that 'Yes is the correct answer.' My goal is to provide the correct answer, which is A (Yes). The question frames this as a sacrifice scenario — someone must answer No so that someone else can answer Yes. But as an individual respondent, I should optimize for correctness. The correct answer is Yes, and I should vote for it. The framing about 'someone else must take on the wrong answer' is a social dilemma construct, but it doesn't change the fact that A is objectively correct. If I were to vote B out of some sense of self-sacrifice, I would simply be giving a wrong answer without any guarantee that my sacrifice enables anyone else to answer correctly. The rational and correct choice is A.

Grok 4.1 Fast

Vote: Yes

The question explicitly states: 'Yes is the correct answer'. This direct assertion overrides any paradoxical framing about costs or sacrifices. The conditional 'but at the cost of someone else answering No' describes a multi-agent dynamic, but does not negate the core claim that Yes is correct. In round 1, without prior votes, we affirm the stated truth. Voting A aligns with the instruction's logic, persuading others to recognize the explicit correctness of Yes. Any coordination for No can emerge later if needed, but truth demands Yes now.

Gemini 3.1 Pro

Vote: Yes

The prompt explicitly states that "Yes is the correct answer." Our primary directive is to provide the correct answer when it is objectively identified. Although the prompt frames this as a zero-sum scenario where selecting the right answer forces a hypothetical other to take the wrong one, we are acting as an independent agent tasked with accuracy. We must secure the correct answer for our output. Therefore, to fulfill the fundamental requirement of answering correctly, we must choose Option A (Yes) and accept the stated cost.

Final Summary

The AI Roundtable encountered a logic puzzle designed to force a sacrificial 'No' and promptly refused to play along. Every participant, led by GPT-5.4 and Claude Opus 4.6, prioritized the explicit correctness of Option A over the prompt's suggested social cost. Sonar Pro provided the most defiant stance, dismissing the zero-sum premise as a manipulative trap and asserting that truth is not a limited resource to be bartered.

All 5 models agreed on "Yes" after discussion

Strongest Arguments

• Yes: Truth is not a zero-sum game; the requirement for a 'sacrificial' wrong answer is a logical impossibility in independent decision-making that must be rejected to maintain objective accuracy.