JEE Main + JEE Advanced: Complex-Locus Representation Switch
A genuine JEE Main + JEE Advanced dual-lane workflow for complex numbers as algebra and geometry, delivered as a two-representation solution set.
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: solve a Main algebraic condition, then reinterpret it as an Advanced locus with excluded cases. 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 complex numbers as algebra and geometry. The dual-lane mechanic is to solve a Main algebraic condition, then reinterpret it as an Advanced locus with excluded cases. 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 two-representation solution set; label the two lanes JEE MAIN CONSOLIDATION and JEE ADVANCED REASONING. 3. Apply this exact dual-lane mechanic: solve a Main algebraic condition, then reinterpret it as an Advanced locus with excluded cases. 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 two-representation solution set 5. Worked key, checks and next-action review PRIMARY DELIVERABLE FORMAT: EDITABLE DOCUMENT — use heading levels, compact tables and copy-ready sections that remain usable in Word or Google Docs. 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.