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Physics, from first principles

The complete JEE Advanced theory syllabus — 31 chapters across 4 units. Textbook prose, full derivations and diagrams. Free, and no account needed.

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Mathematical Tools & Measurement

  1. 01Basic Essential MathematicsBasic Essential Mathematics detailed theory study guide for Physics.6 topics · 85 min
  2. 02VectorsComprehensive study guide on Vectors, Vector Algebra (Addition and Subtraction), and Vector Multiplication.16 topics · 218 min
  3. 03DifferentiationDifferentiation detailed theory study guide for Physics.7 topics · 68 min
  4. 04Applications of DifferentiationApplications of Differentiation detailed theory study guide for Physics.7 topics · 108 min
  5. 05IntegrationIntegration detailed theory study guide for Physics.7 topics · 131 min
  6. 06Applications of IntegrationApplications of Integration detailed theory study guide for Physics.7 topics · 98 min
  7. 07Physical Quantities and UnitsPhysical Quantities and Units detailed theory study guide for Physics.3 topics · 21 min
  8. 08Dimensional FormulaDimensional Formula detailed theory study guide for Physics.3 topics · 22 min
  9. 09Dimensional Analysis and Its ApplicationsDimensional Analysis and Its Applications detailed theory study guide for Physics.4 topics · 28 min
  10. 10Experimental SkillsExperimental Skills detailed theory study guide for Physics.8 topics · 71 min

Kinematics

  1. 01Motion in One DimensionStudy of motion along a straight line, including displacement, velocity, acceleration, equations of motion, graphical analysis, and free fall.13 topics · 87 min
  2. 02Motion in Multiple DimensionsStudy of motion in two and three dimensions, including motion vectors, projectile motion, trajectory analysis, and range equations.4 topics · 15 min
  3. 03Relative VelocityMotion measured from different frames of reference: the definition of relative velocity, the one-dimensional case, the vector case in a plane, and the two classic applications - crossing a flowing river and walking through falling rain.4 topics · 57 min
  4. 04Circular Motion KinematicsKinematics of circular and curved motion: angular variables, relations between linear and angular quantities, centripetal and tangential acceleration, rotational kinematic equations, and radius of curvature.7 topics · 80 min
  5. 05Circular Motion DynamicsDynamics of circular motion: the centripetal force requirement, turning on flat and banked roads, the conical pendulum, the rotor, and centrifugal force in rotating frames.5 topics · 37 min

Dynamics

  1. 01Forces and Laws of MotionNewton's laws, free-body diagrams, and dynamics basics.10 topics · 130 min
  2. 02Laws of MotionNewton's three laws and the contact forces they are applied to (normal, tension and spring), with free body diagrams, inclined planes, connected systems and non-inertial frames.11 topics · 154 min
  3. 03FrictionFriction as a contact force: its microscopic origin, the static and kinetic regimes and the empirical laws they obey, the angle of friction and the cone it sweeps, the angle of repose, and the recommended order for solving friction problems.2 topics · 24 min
  4. 04Force and Potential EnergyPotential functions, stability, and equilibrium analysis.1 topics
  5. 05Fundamentals of ForceFundamentals of Force detailed theory study guide for Physics.8 topics · 59 min
  6. 06Newton's Laws and Free Body DiagramsNewton's Laws and Free Body Diagrams detailed theory study guide for Physics.5 topics · 27 min
  7. 07Applications: Objects in EquilibriumApplications: Objects in Equilibrium detailed theory study guide for Physics.4 topics · 20 min
  8. 08Applications: Objects in MotionApplications: Objects in Motion detailed theory study guide for Physics.5 topics · 34 min
  9. 09Constraint RelationsConstraint Relations detailed theory study guide for Physics.4 topics · 18 min
  10. 10Inertial and Non-Inertial FramesInertial and Non-Inertial Frames detailed theory study guide for Physics.4 topics · 16 min
  11. 11Basics of FrictionBasics of Friction detailed theory study guide for Physics.4 topics · 12 min
  12. 12Applications of FrictionApplications of Friction detailed theory study guide for Physics.4 topics · 12 min

Work, Energy, and Power

  1. 01Conservation of Mechanical EnergyEnergy transformations in conservative systems.1 topics
  2. 02Work and the Work-Energy TheoremWork as the scalar bookkeeping of mechanics: the dot product for a constant force, the integral for a variable one, what each of the common forces contributes, why internal forces need not cancel, and the work-energy theorem that ties net work to a change in kinetic energy. Ends with power, the rate at which work is done.6 topics · 105 min
  3. 03Work and Kinetic Energy TheoremRelation between work done and change in kinetic energy.2 topics · 10 min
  4. 04Energy and its ConservationEnergy as a stored quantity: potential energy and the conservative forces that permit it, the conservation of mechanical energy and what breaks it, recovering the force from the potential energy curve, reading equilibrium off an energy diagram, and the vertical circle and escape-velocity problems that conservation makes easy.8 topics · 140 min
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