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Differentiation – Basic Mathematics for Physics (Calculus-Based)
Physics
1-on-1 Live Session

Calculus is the language of Physics. From describing motion and velocity to understanding electric fields, waves, and quantum mechanics, differentiation is an essential mathematical tool. This course is specially designed for students who want to master the fundamentals of differentiation with a strong focus on its applications in Physics. Whether you're preparing for **JEE Main & Advanced, NEET, AP Physics C, or undergraduate Physics**, this course will help you develop the mathematical intuition required to solve calculus-based physics problems with confidence. ## What You'll Learn * Introduction to Functions and Graphs * Limits and Continuity * Concept of Differentiation * Derivative from First Principles * Standard Derivatives * Rules of Differentiation * Power Rule * Product Rule * Quotient Rule * Chain Rule * Implicit Differentiation * Logarithmic Differentiation * Higher-Order Derivatives * Differentiation of Trigonometric, Exponential, and Logarithmic Functions * Parametric Differentiation * Physical Meaning of Derivatives * Applications of Differentiation in Physics ## Physics Applications Covered * Velocity and Acceleration * Rate of Change of Physical Quantities * Motion in One and Two Dimensions * Simple Harmonic Motion * Optimization in Physics * Related Rates * Error Analysis and Approximation * Tangents, Slopes, and Graph Interpretation ## Course Features * ✅ Concept-focused lectures with intuitive explanations * ✅ Step-by-step mathematical derivations * ✅ Physics-oriented examples after every concept * ✅ Solved practice problems from beginner to advanced level * ✅ JEE Advanced and AP Physics C style questions * ✅ Short tricks and common mistake discussions * ✅ Chapter-wise assignments and practice sheets ## Who Should Join? * JEE Main & Advanced Aspirants * AP Physics C Students * Class 11 & 12 Physics Students * First-Year Engineering Students * Anyone beginning Calculus for Physics ## Prerequisites Basic knowledge of algebra, trigonometry, and elementary functions is recommended. No prior knowledge of calculus is required. ## Course Outcome By the end of this course, you will: * Understand differentiation from both mathematical and physical perspectives. * Solve calculus-based physics problems confidently. * Build a solid foundation for Integration, Differential Equations, and Advanced Mechanics. * Be well-prepared for competitive examinations and university-level Physics. **Learn Calculus the way physicists use it—simple, intuitive, and application-driven. Master differentiation and unlock the power of modern Physics!**

1 modules · 8 lectures

DK Swami
₹500.00