- Always use (h,k) for the moving point to avoid variable confusion.
- For conic locus problems, the parametric approach (express everything in terms of one parameter, then eliminate) is usually cleaner than the Cartesian approach.
- When asked to "identify the conic," first check . Then compute Delta to check degeneracy.
- Rotation by 45 degrees is the most common: it converts xy= to X^{2-Y}^2=2.
- Translation is needed whenever the conic is not centered at origin — look for the center by solving partial derivatives = 0.
- Verify your locus: pick a specific instance of the geometric condition, compute the point, and check it satisfies your locus equation.
Part of CG-06 — Coordinate Geometry: Locus & Transformation
JEE Tips for Locus and Transformation
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