Calculus IN 1D

Struggling with Calculus in Physics? In this lecture, we decode how to use differentiation and integration to solve complex 1D Kinematics problems. Stop losing marks on "Total Distance" vs "Displacement" traps! 📌 In this lecture, we cover: xt, vt, and at relation conversions The Chain Rule Hack: a = v(dv/dx) Calculating Total Distance by finding the "Turning Point" (v = 0) Classic JEE/NEET PYQ variants (t = αx² + βx) ⏱️ Chapters: 00:00 - The Calculus Kinematics Flowchart 02 :35 - Basic Differentiation: Position to Acceleration 14:26 - THE TRAP: Total Distance vs Displacement (Turning Points) 29:31 - The Classic Ranker Problem: t = αx² + βx 38:27 - Integration: Finding Max Distance Before Rest 41:50 - Variable Acceleration & Drag (a = -kv) 51:18 - Advanced Chain Rule Applications 🎯 Target: NEET (170+) & JEE Main (99 Percentile+)