Physics
Here you will find an outline of introductory topics in Physics. These notes are not comprehensive, rather they outline big ideas and provide support for review along with some practice problems.
1. Simple Motion
2. Accelerated Motion
2.1 Acceleration
2.2 Position v. Time Graphs and Acceleration
2.3 Velocity v. Time Graphs
2.4 Kinematic Equations
2.5 Freefall
2.2 Position v. Time Graphs and Acceleration
2.3 Velocity v. Time Graphs
2.4 Kinematic Equations
2.5 Freefall
3. Projectile Motion
4. Newton's Laws
5. Momentum
6. Energy
7. Heat
7.1 Basics of Heat
7.2 Heat Transfer
7.3 Specific Heat Capacity
7.4 Calorimetry
7.5 Phase Change
7.6 Radioactive Decay
7.7 Fission and Fusion
7.2 Heat Transfer
7.3 Specific Heat Capacity
7.4 Calorimetry
7.5 Phase Change
7.6 Radioactive Decay
7.7 Fission and Fusion
8. Electrostatics
8.1 Intro to Electrostatics
8.2 Polarization
8.3 Charge by Contact
8.4 Charge by Induction
8.5 Electric Fields and Coulomb's Law
8.2 Polarization
8.3 Charge by Contact
8.4 Charge by Induction
8.5 Electric Fields and Coulomb's Law
9. Circuits
9.1 Intro to Elecric Circuits
9.2 Series Circuits
9.3 Parallel Circuits
9.4 Power Concepts
9.5 Power Calculations
9.6 Complex Circuits
9.2 Series Circuits
9.3 Parallel Circuits
9.4 Power Concepts
9.5 Power Calculations
9.6 Complex Circuits
10. Magnetism
11. Waves
11.1 Intro to Waves
11.2 Sound
11.3 Interference
11.4 Harmonics
11.5 Electromagnetic Spectrum
11.6 Reflection and Refraction
11.7 Wave-Particle Duality
11.2 Sound
11.3 Interference
11.4 Harmonics
11.5 Electromagnetic Spectrum
11.6 Reflection and Refraction
11.7 Wave-Particle Duality
1. Simple Motion
2. Accelerated Motion
3. Projectile Motion
4. Newton's Laws
5. Momentum
6. Energy
7. Heat
8. Electrostatics
9. Circuits
10. Magnetism
11. Waves
MCAS Prep