Gravitation is a fundamental concept in physics that governs the motion of planets, satellites, and celestial bodies. This comprehensive JEE & JEE Advanced course covers the entire gravitational framework, from Newton’s law of gravitation to Kepler’s laws, orbital mechanics, and escape speed. Students will gain a strong conceptual foundation, problem-solving techniques, and real-world insights necessary for excelling in competitive exams.

What You’ll Learn:

✅ Newton’s Law of Gravitation – Understand the fundamental law governing gravitational force.
✅ Vector Formulation – Learn how to represent and analyze gravitational forces using vector techniques.
✅ Principle of Superposition – Apply superposition to calculate net gravitational effects in multi-body systems.
✅ Shell Theorem – Master gravitational interactions for hollow and solid spheres.
✅ Gravitational Constant (G) vs. Acceleration due to Gravity (g) – Understand their significance and variations.
✅ Variation of g – Learn how gravity changes with height and depth and its implications.
✅ Gravitational Potential Energy (GPE) – Derive and apply expressions for potential energy in different cases.
✅ Escape Speed – Calculate the minimum velocity required for an object to leave a planet’s gravitational influence.
✅ Orbital Mechanics & Satellites – Explore circular orbits, geostationary satellites, weightlessness, and satellite energetics.
✅ Kepler’s Laws – Learn how Kepler’s laws explain planetary motion and their applications in astronomy.
✅ JEE & JEE Advanced Problem Solving – Work through conceptual and numerical problems to boost exam confidence.

This course is ideal for students preparing for JEE & JEE Advanced, aiming to develop a deep understanding of gravitation, orbital motion, and astrophysical applications.