PHYS 1210-02: Engineering Physics I

Lecture slides

DateTopic
01/21/2026How the course runs
01/21/2026Fundamental indefinables
01/23/2026Position, velocity, and acceleration
01/26/2026Straight-line constant acceleration kinematics
01/28/2026Working with vectors
01/30/2026Vectors of motion
02/02/2026Ballistic trajectories
02/04/2026Uniform circular motion
02/06/2026Frames of reference
02/11/2026Inertia and statics
02/13/2026Force and acceleration
02/18/2026Banked turns
02/20/2026Work and power
02/23/2026Potential energy
02/25/2026Conservation of energy
03/02/2026Newton's third law
03/02/2026Impulse and momentum
03/04/2026Collisions
03/09/2026Kinematics of rigid rotors
03/11/2026Kinetic energy in rotation
03/13/2026Rotational inertia
03/23/2026Torque
03/23/2026Rotational work
03/25/2026Angular momentum
03/27/2026Simple harmonic motion
03/30/2026Pendulum motion
03/30/2026Damped and driven oscillators
04/01/2026Formulas to describe waves
04/03/2026Mechanics of waves
04/06/2026Sound Waves
04/10/2026Interference of waves
04/20/2026Pressure and fluids
04/22/2026Buoyancy
04/24/2026Fluid flow
04/27/2026Gravity
04/29/2026Orbits

[barransclass] [PHYS 1210]

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