De Anza College - Lana Sheridan

Lecture 1: Intro, course overview

Lecture 2: Basics of physics, units, and 1-D kinematics

Lecture 3: Velocity, acceleration, graphs

Lecture 4: Kinematics equations

Lecture 5: Using kinematics equations

Lecture 6: Falling objects, varying accel

Lecture 7: Vectors, vector addition

Lecture 8: 2-D kinematics, projectiles

Lecture 9: Projectiles

Lecture 10: Relative motion

Lecture 11: Relative motion, uniform circular motion

Lecture 12: Nonuniform circular motion

Lecture 13: Forces, Newton's 1st & Newton's 2nd laws

Lecture 14: Newton's 3rd law, forces fundamentally, types of forces

Lecture 15: Fields, types of forces, equilibrium

Lecture 16: More types of forces

Lecture 17: Elastic forces, nonequilibrium, forces and problem solving

Lecture 18: Objects moving together, pulleys, the Atwood machine

Lecture 19: Friction

Lecture 20: Circular motion and force

Lecture 21: Accelerating frames

Lecture 22: Rotating frames

Lecture 23: Resistive forces, Stokes Drag

Lecture 24: Resistive forces, the Drag Equation

Lecture 25: Energy and Work

Lecture 26: Work and Kinetic energy, Potential energy

Lecture 27: Conservative and Nonconservative forces, grav. and elastic potential energies, energy conservation

Lecture 28: External work vs potential energy, isolated systems

Lecture 29: Energy conservation with isolated systems, friction and energy

Lecture 30: Friction and energy, potential energy and force, energy diagrams

Lecture 31: Potential energy and force, power

Lecture 32: Introducing momentum, Newton's 2nd law revisited

Lecture 33: Conservation of momentum, rockets, isolated systems and conservation

Lecture 34: Nonisolated systems and impulse, introduce collisions

Lecture 35: Elastic collisions, inelastic collision

Lecture 36: Ballistic pendulum, 2-D collisions

Lecture 37: Center of mass

Lecture 38: Center of Mass, systems of many particles

Lecture 39: Deformation, rotation, rotational kinematics

Lecture 40: More rotational quantities, torque, the cross product

Lecture 41: Torque and moment of inertia

Lecture 42: Moment of inertia

Lecture 43: Moment of inertia and application, Atwood machine again, energy of rotation

Lecture 44: Rolling motion, angular momentum

Lecture 45: Angular momentum, Newton's second law again

Lecture 46: Conservation of angular momentum

Lecture 47: Angular momentum and nonisolated systems,

Lecture 48: Simple harmonic motion, spring systems, pendula

Lecture 49: Statics

Lecture 50: Gravitation, gravitational potential energy, gravitational field, escape speed