The reasoning process here involves understanding the characteristics of knights and knaves, analyzing the statements made by each person, and determining who is a knight and who is a knave.
Ethan is a knight, David is a knave, Samuel is a knight.
<|im_end|>
2.
**Avery's statement**
: If Jacob is a knight, then Avery must be a knave, regrettably (vice versa). Since Jacob is not a knight, there's a contradiction here, indicating a
mistake
in our reasoning. Alternatively, if Jacob is a knight, Avery must be a knave, meaning Jacob cannot be the perfect knight according to her statements.
Recheck
So, the contradiction here comes from Scarlett being a knight. This means the first term is misleading. Let's
recheck the clues
.
To determine the identities of each character, we will analyze each statement step by step.
1. Avery's statement: "Zoey is a knight if and only if Aiden is a knave." Therefore, Zoey is a knave if Aiden is a knight.
2. Zoey's statement: "Aria is not a knave." Hence, Aria is a knight.
3. Lily's statement: "Zoey is a knight and Aiden is a knight." Therefore, Zoey is a knight.
4. Evelyn's statement: "Aria is a knave or Lily is a knight." Since Aria is a knight, Evelyn must be a knight.
5. Aria's statement: "Evelyn is a knight or Avery is a knave." Since Avery is a knight, Aria's statement is true, so Aryan is a knight.
6. Aiden's statement: "Avery is a knave." Therefore, Aiden is a knave.
So, the identities of the characters are:
- Avery is a knave,
- Zoey is a knight,
- Lily is a knight,
- Evelyn is a knight,
- Aria is a knight,
- Aiden is a knight.
The final answer is:
(1) Avery is a knave, (2) Zoey is a knight, (3) Lily is a knight, (4) Evelyn is a knight, (5) Aria is a knight, (6) Aiden is a knight.
<|im_end|>
模型的回答固定为
总起,一步一步推理。
先重复每个人的话,在后面紧接着做推理。
给出答案。
在
tag里给出答案。
但是,当我们仔细检查推理过程的时候,发现这个推理是错的,但答案是对的。
例如第四条,Since Aria is a knight, Evelyn must be a knight,第五条Aryan名字都没出现过。
当然最明显的,推理过程得到的结论,例如第六条Aiden is a Knave和答案Aiden is a knight根本也对不上。
虽然Logic-RL论文中Instruct模型也是经历了输出长度下降之后上升
图源Logic-RL: Unleashing LLM Reasoning with Rule-Based Reinforcement Learning