引导式测验 · 中等 等级
思维链推理测验
比较工作示例和零样本提示,以及自我一致性、训练有素的推理、生成的步骤上下文和解释的忠实度。
问题 1 的 8
链式思考提示在引用的工作示例研究中引发了什么?
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- 链式思考提示在引用的工作示例研究中引发了什么?
- A guarantee that every answer is logically correct
- Only an unchanged database lookup identifier
- Intermediate generated steps before a final answer
- Automatic removal of all answer text
- 哪个简单的短语可以在没有示例的情况下触发逐步推理(零样本 CoT)?
- “立即答复”
- “简短一点”
- “忽略这个问题”
- “让我们一步一步思考”
- What scope applies to the original paper’s findings about scale and CoT gains?
- They prove every small model can never reason
- They concern the tasks and model sizes actually evaluated
- They prove every larger model must improve on every task
- They establish that prompting changes model weights immediately
- What does the cited self-consistency method aggregate after sampling different reasoning paths?
- Their final answers
- Only the alphabetical order of explanation words
- Only one required greedy path
- New model weights computed from each sampled answer
- How does the original DeepSeek-R1 report’s training study differ from supplying a fixed model with CoT prompt examples?
- It proves all displayed reasoning is a faithful internal trace
- It requires no model training of any kind
- It changes every prompt into a permanent tokenizer entry
- It trains reasoning behavior through RL and a stated staged pipeline
- In an autoregressive generated solution, how can an earlier step affect later generation?
- It guarantees every later inference is correct
- Its text can become context for subsequent tokens
- It removes all attention to the original problem
- It necessarily changes the model’s original weights
- What feature distinguishes few-shot CoT exemplars from answer-only exemplars in the original prompting comparison?
- Intermediate solution steps are included with the example answers
- Every example omits its question
- The prompt must retrain the model weights
- All exemplars are only random strings with no answers
- What did the cited unfaithful-explanation study show about some generated reasoning explanations?
- They always reveal every true causal influence on the model
- They prove every generated answer is false
- They can omit biasing input influences while rationalizing the affected answer
- They eliminate the need for external task verification