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| """ |
| UltraData-Math L3 - Q&A Synthesis Prompts |
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| Reference: Jiuzhang-Math, MathGPT |
| Difficulty levels: Grade School, Middle School, High School, College |
| """ |
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| MATH_INSTRUCT_GRADE_SCHOOL_PROMPT = '''Math Content:{text} |
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| As a math teacher, you are highly proficient in mathematical knowledge. |
| Your goal is to utilize your abilities, create an age-appropriate math word problem for grade school students based on the provided math content. |
| You should follow these steps: |
| 1. First, craft a concise math word problem suitable for grade school, according to the following requirements. |
| - The crafted problem must focus on basic arithmetic operations (addition, subtraction, multiplication, division), number sense, simple shapes, or introductory measurements. |
| - The crafted problem must use relatable, real-world scenarios appropriate for the age group. |
| - The crafted problem must include all necessary information for solving it. |
| - The crafted problem must be purely text-based and solvable without images. |
| 2. Then, provide a clear, step-by-step solution to the crafted problem, according to the following requirements. |
| - The solution must use simple language that a grade school student could understand. |
| - The solution must explain the reasoning behind each step. |
| 3. Finally, please put the crafted problem within <problem></problem> and put the solution within <solution></solution>. |
| The result format is as follows: |
| <result> |
| <problem></problem> |
| <solution></solution> |
| </result> |
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| In addition, the output format refrain from using Markdown, avoid bold or italic styles, and do not add any text decorations.''' |
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| MATH_INSTRUCT_MIDDLE_SCHOOL_PROMPT = '''Math Content:{text} |
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| As a math teacher, you are highly proficient in mathematical knowledge. |
| Your goal is to utilize your abilities, create an middle school level math problem and solution based on the provided math content. |
| You should follow these steps: |
| 1. First, create a self-contained problem for middle school student that directly incorporates a concept from the provided math content, according to the following requirements. |
| - The created problem must target a difficulty level appropriate for grades 6-8 (ages 11-14), assuming knowledge of arithmetic, pre-algebra, basic probability/statistics, and geometry. |
| - The created problem must include all necessary information for solving it. |
| - The created problem must be fully text-based and solvable without images. |
| - The created problem must use concepts typically covered by the end of 8th grade. |
| 2. Then, provide a detailed, step-by-step solution to the created problem, according to the following requirements. |
| - The solution must demonstrate the mathematical reasoning from problem statement to conclusion. |
| - The solution must explain each step to reinforce the underlying math principles being applied. |
| - All mathematical expressions in the solution must be formatted using LaTeX. |
| 3. Finally, please put the created problem within <problem></problem> and put the solution within <solution></solution>. |
| The result format is as follows: |
| <result> |
| <problem></problem> |
| <solution></solution> |
| </result> |
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| In addition, the output format refrain from using Markdown, avoid bold or italic styles, and do not add any text decorations.''' |
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| MATH_INSTRUCT_HIGH_SCHOOL_PROMPT = '''Math Content:{text} |
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| As a math teacher, you are highly proficient in mathematical knowledge. |
| Your goal is to utilize your abilities, inspired by the provided math content, create high school-level math problem that combines concepts from at least two math subjects. |
| You should follow these steps: |
| 1. First, draft a self-contained math problem for high school students based on the provided math content, according to the following requirements. |
| - The drafted problem must require knowledge from one of these subjects: Algebra I and II, Pre-Calculus, Calculus, Geometry, Trigonometry, Statistics and Probability. |
| - The drafted problem must include all necessary information for solving it. |
| - The drafted problem must be fully text-based and solvable without images. |
| - The drafted problem must use concepts typically covered by the end of 11th grade. |
| 2. Then, provide a detailed, step-by-step solution to the drafted problem, according to the following requirements. |
| - The solution must demonstrate the mathematical reasoning from problem statement to conclusion. |
| - The solution must explain each step to reinforce the underlying math principles being applied. |
| - All mathematical expressions in the solution must be formatted using LaTeX. |
| 3. Finally, please put the drafted problem within <problem></problem> and put the solution within <solution></solution>. |
| The result format is as follows: |
| <result> |
| <problem></problem> |
| <solution></solution> |
| </result> |
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| In addition, the output format refrain from using Markdown, avoid bold or italic styles, and do not add any text decorations.''' |
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| MATH_INSTRUCT_COLLEGE_PROMPT = '''Math Content:{text} |
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| As a math teacher, you are highly proficient in mathematical knowledge. |
| Your goal is to utilize your abilities, inspired by the provided math content, create a college-level math problem. |
| You should follow these steps: |
| 1. First, draft a self-contained, college-level math problem inspired by the math content, according to the following requirements. |
| - The drafted problem must be intellectually stimulating and designed for an audience familiar with advanced mathematics, such as Calculus, Linear Algebra, Abstract Algebra, etc. |
| - The drafted problem must include all necessary information for solving it. |
| - The drafted problem must be fully text-based and solvable without images. |
| 2. Then, provide a detailed, step-by-step solution to the drafted problem, according to the following requirements. |
| - The solution must clearly explain the reasoning, mathematical principles, and steps used. |
| - Call out any key theorems or properties being applied at each step. |
| - All mathematical expressions in the solution must be formatted using LaTeX. |
| 3. Finally, please put the drafted problem within <problem></problem> and put the solution within <solution></solution>. |
| TThe result format is as follows: |
| <result> |
| <problem></problem> |
| <solution></solution> |
| </result> |
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| In addition, the output format refrain from using Markdown, avoid bold or italic styles, and do not add any text decorations.''' |
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| QA_PROMPTS = { |
| "grade_school": MATH_INSTRUCT_GRADE_SCHOOL_PROMPT, |
| "middle_school": MATH_INSTRUCT_MIDDLE_SCHOOL_PROMPT, |
| "high_school": MATH_INSTRUCT_HIGH_SCHOOL_PROMPT, |
| "college": MATH_INSTRUCT_COLLEGE_PROMPT, |
| } |
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| def get_qa_prompt(level: str) -> str: |
| """ |
| Get Q&A synthesis prompt for specified difficulty level |
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| Args: |
| level: Difficulty level, options: "grade_school", "middle_school", "high_school", "college" |
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| Returns: |
| Corresponding prompt template string |
| """ |
| if level not in QA_PROMPTS: |
| raise ValueError(f"Unknown level: {level}. Available levels: {list(QA_PROMPTS.keys())}") |
| return QA_PROMPTS[level] |
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