AP Physics 1

Notes about work and power; descriptions of the types of energy, including kinetic and gravitational potential energy. Includes two short exercises and solutions.

Goes over torque and some of the formulae for rotational kinematics and moments of inertia. Displays the linear and rotational counterparts for certain concepts. Describes the difference between angular and tangential measures.

Goes over simple harmonic motion for waves and oscillators.

Page 1 has notes on rotational (angular) motion. Page 2 has notes on how to calculate centripetal force. Page 3 has a few notes on gravitational force.

Goes over the structure of waves, standing waves, the relationships between frequency and wavelength and energy (and how that corresponds to sound), beat frequency, and the Doppler Effect. The infographic is incomplete for "thick to thin" rope.

Page 1: electrostatics. Page 2: Coulomb's Law. Page 3: electric fields. The rest of the document goes over: - current electricity - symbols for drawing circuits - the definitions and formulae for voltage, current, and resistance - Ohm's Law and Kirchhoff's Rule

Page 2 describes Displacement with Constant Acceleration and displays the associated formulae for displacement, velocity, and acceleration. Page 3 starts with a warm-up about velocity, and it primarily focuses on Dynamics, the study of forces, and describes friction Page 4 is a short set of graphs of free-fall. Page 5 shows three example problems. Page 6 is a lab I did in class where we measured the frictions, static and kinetic.

Page 1: Goes over elastic and perfectly inelastic collisions. Page 2: briefly discusses momentum and impulse.