Critiquing a Problem-Solving Path
A large language model is tasked with solving a word problem using a method that breaks the problem into simpler steps. Analyze the provided sequence of steps. Identify at least one major flaw in this problem-solving path and propose a more effective, sequential path that would better guide the model to the correct solution.
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Ch.3 Prompting - Foundations of Large Language Models
Foundations of Large Language Models
Foundations of Large Language Models Course
Computing Sciences
Analysis in Bloom's Taxonomy
Cognitive Psychology
Psychology
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Formula for Representing Problem Decomposition
Symbol p0 in Problem Decomposition
A complex reasoning problem is presented to a large language model. The goal is to break the problem down into a series of simpler, sequential sub-problems to guide the model to the correct answer.
Problem: "Alice, Bob, and Carol are a doctor, a lawyer, and an engineer, but not necessarily in that order. The doctor is Carol's sister. Bob is not the lawyer. Who is the engineer?"
Which of the following sequences of sub-problems represents the most effective decomposition and problem-solving path for the model to follow?
Critiquing a Problem-Solving Path
Analyzing a Flawed Problem Decomposition Strategy
To solve a complex reasoning problem, it is often broken down into a series of simpler sub-problems that are solved sequentially. For the main problem below, arrange the provided sub-problems into the most logical and effective sequence for a model to follow.
Main Problem: A company has two data centers, A and B. Data center A has 500 servers, and each server consumes 400 watts of power. Data center B has 300 servers, and each server consumes 600 watts. If the cost of electricity is $0.12 per kilowatt-hour (kWh), what is the total daily electricity cost for both data centers combined?