JEE Main + JEE Advanced: Numerical-Answer Precision Clinic
A genuine JEE Main + JEE Advanced dual-lane workflow for numerical-answer discipline across Main and Advanced reasoning depth, delivered as a precision checklist and paired calculation drill.
Works on any free AI · Best tool: Any AI chat (ChatGPT, Claude, Gemini)
✅ How to use this effectively
- 1. Supply the governing question and marking rules.
- 2. Add anonymised evidence or the stated planning goal.
- 3. Paste the completed prompt into any AI chat.
- 4. Solve and audit every ORIGINAL PRACTICE item.
- 5. Use the review to choose one controllable next action.
🔧 If it is not right, reply with this: If the lanes differ only by longer calculation, reply: “Rebuild the Advanced lane with this dependency change: separate exact value, approximation, rounding instruction and admissible domain before entering an answer. Preserve the Main concept core.”
THE PROMPT
ROLE: Act as a JEE mathematics faculty member designing two honest lanes: JEE Main consolidation and JEE Advanced reasoning. Use only question types, timing and marking rules supplied by the teacher. CONTEXT: Build numerical-answer discipline across Main and Advanced reasoning depth. The dual-lane mechanic is to separate exact value, approximation, rounding instruction and admissible domain before entering an answer. The Advanced lane must deepen mathematical dependency or proof, not merely add calculation. INPUTS — FILL EVERY FIELD: - Mathematics topic or chapters: [MATHEMATICS TOPIC OR CHAPTERS] - Teacher-supplied question types and marking rules: [TEACHER-SUPPLIED QUESTION TYPES AND MARKING RULES] - Total items or time: [TOTAL ITEMS OR TIME] - Student evidence or goal: [STUDENT EVIDENCE OR GOAL] - Difficulty range: [DIFFICULTY RANGE] TASK: 1. Read the supplied topic, question types, marking rules, time and learner evidence. Ask for a missing governing rule instead of recalling an exam scheme. 2. Build a precision checklist and paired calculation drill; label the two lanes JEE MAIN CONSOLIDATION and JEE ADVANCED REASONING. 3. Apply this exact dual-lane mechanic: separate exact value, approximation, rounding instruction and admissible domain before entering an answer. State the concept dependency added in the Advanced lane. 4. Label every generated question “ORIGINAL PRACTICE — not an authentic past question”. Never attach a year, shift, paper code or claimed provenance. 5. Solve every item independently, check domain and boundary cases, and separate mathematical proof from any quick computational check. 6. End with an evidence-based review: what the learner demonstrated, what remains uncertain and the next controllable practice action. Do not promise marks, percentile or rank. WORKFLOW-SPECIFIC HARD STOP: EVIDENCE HARD STOP: Do not invent exam rules, source history, learner data, scores or trends. Mark an unavailable fact NOT PROVIDED and ask before it affects the workflow. OUTPUT FORMAT — USE THESE HEADINGS IN ORDER: 1. Teacher-supplied rules used 2. JEE Main consolidation lane 3. JEE Advanced reasoning lane 4. a precision checklist and paired calculation drill 5. Worked key, checks and next-action review PRIMARY DELIVERABLE FORMAT: PRINT/PDF ASSEMBLY — use clear page headings, sensible page breaks, answer-writing space and a separate teacher key. QUALITY GATE: - Segment fit is explicit in the content, not just a label. - Every supplied constraint is traceable; every missing governing fact is exposed. - Every question and worked answer is mathematically checked, with assumptions and domains visible. - Any generated question carries the exact ORIGINAL PRACTICE label specified above. MATHS FORMATTING: Use clean plain-text notation that pastes into Word or Google Docs: a/b, x^2, sqrt(x), <=, >=, !=, pi, theta, integral and sum. Do not output raw LaTeX delimiters or code unless the teacher explicitly asks for source code. CONTEXT CHECK: If any input token above is still unfilled, ask for exactly the missing information and wait. Never answer with an unfilled token or guess a teacher-controlled rule. GROUND RULES: Do not invent statistics, percentages, marks distributions, cut-offs, rank outcomes, solve-time claims, source citations, question provenance or historical exam data. Keep supplied fact, mathematical deduction and your own cautious inference clearly separate.