Newton's Law of Universal Gravitation
Master Newton's universal law of gravitation and the gravitational constant G for JEE Physics
Master Newton's universal law of gravitation and the gravitational constant G for JEE Physics
Master centre of mass calculations for systems of particles and rigid bodies - essential for JEE Main & Advanced rotational motion problems.
Master the concept of inertia and Newton's First Law with real-world examples, tricks, and JEE problems for Physics
Understand work done by constant and variable forces, sign conventions, and work by common forces.
Understand how g varies with height, depth, latitude, and rotation for JEE Physics
Master moment of inertia calculations for common bodies - rod, disc, sphere, ring. Essential formulas and memory tricks for JEE Main & Advanced.
Master F=ma, momentum, impulse, and force analysis for JEE Main & Advanced with problem-solving strategies
Master motion in one and two dimensions, projectile motion, and circular motion for JEE Physics.
Understand kinetic energy, its relation to momentum, and applications in mechanics.
Master gravitational field intensity, potential, and potential energy concepts for JEE Physics
Master parallel and perpendicular axis theorems to calculate moment of inertia for any axis - crucial shortcuts for JEE Main & Advanced.
Master action-reaction pairs, internal forces, and their applications in JEE Physics with solved problems
Master Newton's laws, friction, circular motion dynamics, and problem-solving techniques for JEE Physics.
Master the work-energy theorem and its applications in solving mechanics problems.
Master Kepler's three laws and their derivation from Newton's laws for JEE Physics
Master torque, rotational equilibrium, and the rotational analog of Newton's Second Law for JEE Main & Advanced rotational dynamics.
Master friction concepts, laws of friction, angle of repose, and applications for JEE Main & Advanced Physics
Understand gravitational and spring potential energy, and the relation between force and potential energy.
Master work done by forces, kinetic and potential energy, conservation laws, and collisions for JEE Physics.
Master escape velocity derivation, applications, and energy concepts for JEE Physics
Master angular momentum, its conservation, and applications in rotational dynamics - critical for JEE Main & Advanced problems.
Master impulse-momentum theorem, collisions, and conservation laws for JEE Main & Advanced Physics
Master the law of conservation of energy and distinguish between conservative and non-conservative forces.
Master moment of inertia, torque, angular momentum, and rotational dynamics for JEE Physics.
Master satellite orbital mechanics, energy calculations, and types of satellites for JEE Physics
Master pure rolling, slipping, and rolling motion on inclines - essential concepts for JEE Main & Advanced rotational dynamics problems.
Master centripetal force, banking of roads, vertical circular motion, and conical pendulum for JEE Main & Advanced
Master Newton's law of gravitation, gravitational field, potential, satellite motion, and Kepler's laws for JEE Physics.
Master minimum speed requirements and tension calculations for motion in a vertical circle.
Understand power as the rate of doing work, and learn instantaneous and average power calculations.
Master elasticity, fluid mechanics, viscosity, and surface tension for JEE Physics.
Master elastic and inelastic collisions, coefficient of restitution, and collision formulas for JEE.
Understanding the three fundamental laws that govern mechanics - from inertia to action-reaction pairs.