Essential Questions:
Course Learning Objectives
Students will:
UNIT 1: Motion in 1D
Week 1 Introduction to Physics
Week 2 Nature of Physics
Week 3 Kinematics in 1-D; Describing Motion
Week 4 Describing Motion Through Equations
Week 5 Kinematics in 1-D; Freely Falling Bodies
UNIT 2: Dynamics
Week 6 Vectors
Week 7 Kinematics in 2-D; Relative Velocity & Projectile Motion
Week 8 Newton's Laws of Motion
Week 9 Newton's Laws of Motion; Applications
UNIT 3: Energy & Motion
Week 10 Impulse-Momentum Theorem
Week 11 Momentum Conservation
Week 12 Work, Energy & Power
Week 13 Energy Conservation
Week 14 Transferring Thermal Energy
UNIT 4: Field Forces & Energy
Week 15 Circular Motion
Week 16 Universal Gravitation & Kepler’s Laws
Week 17 Static Electricity; Charging
Week 18 Electric Forces & Electric Fields
UNIT 5: Electromagnetism
Week 19 Electrical Energy
Week 20 Electrical Circuits
Week 21 Magnetism & Electromagnetism
Week 22 Electromagnetic Induction
Week 23 Electric Energy Generation
UNIT 6: Wave Energy
Week 24 Vibration & Waves
Week 25 Wave Behavior
Week 26 Standing Waves & Sound
Week 27 Light Waves & Color
Week 28 Reflection & Mirrors
Week 29 Refraction & Ray Model of Light
Week 30 Dual Nature of Light
Week 31 Optimizing Information Technologies
Week 32 Waves in Technology
Week 33 Review, Wrap Up, and Final Exam