De Anza College - Lana Sheridan

Lecture 1: Intro to the course

Lecture 2: Physics background, units, dimensional anaylsis

Lecture 3: Scaling units, measurements

Lecture 4: Significant figures, unit conversion, order of magnitude

Lecture 5: Order of magnitude, 1-D kinematics, quantities of motion

Lecture 6: Quantities of motion

Lecture 7: Graphs of quantities of motion

Lecture 8: Graphs of quantities of motion, how to solve problems

Lecture 9: How to solve problems, examples

Lecture 10: The kinematics equations

Lecture 11: Practice using the kinematics equations

Lecture 12: More practice using the kinematics equations

Lecture 13: Harder kinematics example, free fall

Lecture 14: Free fall, reaction time

Lecture 15: Vectors in 2 dimensions and trigonometery

Lecture 16: Vector addition

Lecture 17: 2D Motion, relative motion

Lecture 18: Relative motion

Lecture 19: Relative motion

Lecture 20: Projectiles, horizontal launch

Lecture 21: Projectiles, launched at an angle

Lecture 22: Max height of a projectile

Lecture 23: Time of flight and range of a projectile

Lecture 24: Trajectory of a projectile, projectile example

Lecture 25: Relative motion and projectiles

Lecture 26: Forces, net force, free body diagrams, Newton's 1st law

Lecture 27: Newton's 2nd law, mass and weight

Lecture 28: Newton's third law, gravity

Lecture 29: The normal force and elevators

Lecture 30: The normal force and inclines, tension

Lecture 31: Tension, more elevators, pulleys

Lecture 32: Objects moving together, introduce the Atwood Machine

Lecture 33: The Atwood machine

Lecture 34: Friction

Lecture 35: Friction, springs

Lecture 36: Springs, circular motion

Lecture 37: Circular motion acceleration and force

Lecture 38: More circular motion and force

Lecture 39: Banked turns, nonuniform circular motion

Lecture 40: List of topics covered