De Anza College - Lana Sheridan

Lecture 1: Intro to the course

Lecture 2: Units, Dimensional anaylsis

Lecture 3: Kinematic Quantities

Lecture 4: Acceleration

Lecture 5: Kinematics Equations

Lecture 6: Kinematics Equations, continued

Lecture 7: Free fall

Lecture 8: Vectors

Lecture 9: Relative motion

Lecture 10: Projectiles

Lecture 11: More projectiles

Lecture 12: Circular motion, force

Lecture 13: Newton's 1st and 2nd laws

Lecture 14: Newton's 2nd law examples, Newton's 3rd law

Lecture 15: Newton's 3rd law, types of forces

Lecture 16: More types of forces, Atwood machine

Lecture 17: Friction

Lecture 18: Springs, circular motion

Lecture 19: More circular motion

Lecture 20: Energy and work

Lecture 21: Work, kinetic energy, and power

Lecture 22: Potential energy, conservative and nonconservative forces

Lecture 23: Conservation of energy

Lecture 24: Energy example, center of mass

Lecture 25: Center of mass, linear momentum, impulse

Lecture 26: Impulse, conservation of momentum

Lecture 27: Collisions

Lecture 28: Ballistic Pendulum, rotational quantities

Lecture 29: Rotational kinematics, torque and the cross product

Lecture 30: Torque, static equilibrium

Lecture 31: Rotational inertia

Lecture 32: Rotational kinetic energy, angular momentum

Lecture 33: Angular momentum, angular momentum conservation

Lecture 34: Gravitation

Lecture 35: Oscillations

Lecture 36: Waves, kinds of waves

Lecture 37: Wave behaviors, sound