The Physics Tutor
Physics 1 – Video Roadmap
​ Measurement & Modeling
​ Units and dimensional analysis
​ Significant figures
​ Order-of-magnitude estimates
​ Experimental uncertainty
​ Work & Energy
​ Work by constant and variable forces
​ Kinetic energy
​ Work–energy theorem
​ Power
​ Vectors
​ Vector components
​ Vector addition and subtraction
​ Unit vectors
​ Dot product (introductory)
​ Vector applications in physics
​ Conservation of Energy
​ Work Done by Constant Forces
​ Work–Energy Theorem Problems
​ Power in Mechanical Systems
​ Kinematics (Motion)
​ Position, displacement, velocity, acceleration
​ Motion graphs (x–t, v–t, a–t)
​ Constant-acceleration motion
​ Free-fall motion
​ Projectile motion
​ Relative motion
​ Dynamics (Forces)
​ Newton’s laws of motion
​ Free-body diagrams
​ Forces:
​ Gravity
​ Normal force
​ Tension
​ Friction
​ Spring force
​ Motion with forces in 1D and 2D
​ Applications of Newton’s Laws
​ Inclined planes
​ Pulley systems
​ Circular motion
​ Centripetal force
​ Conservation of Energy
​ Conservative forces
​ Potential energy
​ Mechanical energy
​ Energy conservation
​ Energy with non-conservative forces
​ Momentum
​ Linear momentum
​ Impulse
​ Conservation of momentum
​ Elastic collisions
​ Inelastic collisions
​ Explosions and recoil
​ Rotational Motion
​ Angular displacement, velocity, acceleration
​ Torque
​ Rotational inertia
​ Rotational dynamics
​ Rotational energy
​ Rolling motion
​ Angular Momentum
​ Angular momentum
​ Conservation of angular momentum
​ Rotational collisions
The Physics Tutor
Physics 1 – Video Roadmap
​ Static Equilibrium & Elasticity
​ Torque balance
​ Static equilibrium
​ Beams and ladders
​ Stress and strain
​ Elastic deformation
​ Gravitation
​ Newton’s law of gravitation
​ Gravitational potential energy
​ Orbital motion
​ Satellites
​ Fluids
​ Density
​ Pressure
​ Fluid statics
​ Buoyancy
​ Archimedes’ principle
​ Continuity equation
​ Bernoulli’s principle
​ Oscillations
​ Simple harmonic motion
​ Mass–spring systems
​ Pendulums
​ Energy in SHM
​ Waves & Sound
​ Traveling Wave Problems
​ Standing Waves on Strings
​ Resonance & Boundary Conditions
​ Chapter 17 – Sound
​ Wave properties
​ Wave speed
​ Superposition
​ Standing waves
​ Resonance
​ Sound intensity
​ Doppler effect
​ Open and closed pipes