1. Shane Marcus Claire Scimeca Jacob Ellis Yu-Shang Tu Sue Young

2.  Concepts:  Mass  Vectors  Displacement  Speed  Acceleration  Velocity  Acceleration due to Gravity  Newton’s 1 st Law  Newton’s 2 nd Law  Newton’s 3 rd Law  Inertia  Weight  Tension  Normal Force  Kinetic friction (air resistance)  Equilibrium  Non-equilibrium  Inertial Frame of Reference  Uniform Circular Motion (UCM)  Centripetal Force  Centripetal Acceleration  Work-Energy Theorem (marble did work to initiate mouse trap)  Work  Kinetic Energy  Gravitational Potential Energy  Power (instantaneous)  Conservative Forces  Impulse  Linear Momentum  Conservation of Momentum  Inelastic Collision  2-D Collision  Center of Mass  Axis Of Rotation  Angular Displacement  Angular Velocity  Angular Acceleration  Tangential Speed  Torque  Center of Gravity  Moment of Inertia  Angular Momentum  Conservation of Angular Momentum  Hooke’s Law  Spring Constant  Restoring Force  Elastic Potential Energy  Lever Arm  Wavelength  Speed of Sound  Loudness  Constructive Interference  In Phase  Sound Intensity

3.  Concepts:  Mass  Vectors  Displacement  Speed  Velocity  Acceleration  Acceleration due to Gravity  Newton’s 1 st Law  Newton’s 2 nd Law  Newton’s 3 rd Law  Inertia  Universal Gravitation  Weight  Kinetic Friction  Equilibrium  Non-Equilibrium  Inertial Frame of Reference  Uniform Circular Motion (UCM)  Centripetal Acceleration  Centripetal Force  Work-Energy Theorem  Work  Kinetic Energy  Gravitational Potential Energy  Power  Conservative Force  Non-Conservative Force  Center of Mass  Impulse  Linear Momentum  Conservation of Momentum  Inelastic Collision  Axis of Rotation  Angular Displacement  Angular Velocity  Tangential Speed  Torque  Lever Arm  Center of Gravity  Moment of Inertia  Angular Momentum  Conservation of Angular Momentum

4.  Concepts:  Mass  Vectors  Displacement  Distance  Speed  Velocity  Acceleration  Acceleration due to Gravity  Freefall  Newton’s 1 st Law  Newton’s 2 nd Law  Newton’s 3 rd Law  Inertia  Weight  Tension  Kinetic Friction  Non-Equilibrium  Inertial Frame of Reference  Work-Energy Theorem  Work  Kinetic Energy  Gravitational Potential Energy  Power  Conservative Forces  Impulse  Linear Momentum  Conservation of Momentum  Elastic Collision  2-D Collision  Center of Mass  Simple Pendulum  Wavelength  Speed of Sound  Constructive Interference  In Phase  Ferromagnetic (the steel bar)

5.  Concepts:  Mass  Vectors  Displacement  Distance  Speed  Velocity  Acceleration  Acceleration due to Gravity  Projectile Motion  Relative Velocity  Newton’s 1 st Law  Newton’s 2 nd Law  Newton’s 3 rd Law  Inertia  Universal Gravitation  Weight (of ball)  Tension (string holding back catapult)  Normal Force  Kinetic Friction  Non-Equilibrium  Centripetal Force  Centripetal Acceleration  Work-Energy Theorem  Work  Kinetic Energy  Potential Energy  Power  Conservative Force  Impulse  Linear Momentum  Conservation of Momentum  Inelastic Collision (ball hitting funnel)  2-D Collision  Center of Mass  Axis of Rotation  Angular Momentum  Angular Velocity  Angular Acceleration  Tangential Speed  Torque  Lever Arm  Moment of Inertia  Angular Momentum  Conservation of Angular Momentum  Hooke’s Law  Spring Constant  Restoring Force (rubber band)  Elastic Potential Energy  Inertial Frame of Reference

6.  Concepts:  Mass  Vectors  Displacement  Distance  Velocity  Acceleration  Acceleration due to Gravity  Newton’s 1 st Law  Newton’s 2 nd Law  Newton’s 3 rd Law  Inertia  Inertial Frame of Reference  Universal Gravitation  Weight  Normal Force  Static Friction  Kinetic Friction  Non-Equilibrium  Banked Curves  Work-Energy Theorem  Work  Gravitational Potential Energy  Kinetic Energy  Impulse  Linear Momentum  Conservation of Momentum  Elastic Collision  2-D Collision  Center of Mass  Angular Velocity  Angular Displacement  Tangential Speed  Angular Speed  Angular Acceleration  Angular Momentum  Conservation of Angular Momentum

7.  Concepts:  Mass  Vectors (current)  Speed (current)  Velocity (current)  Acceleration due to Gravity  Newton’s 1 st Law  Newton’s 2 nd Law  Newton’s 3 rd Law  Inertia  Weight  Normal Force  Static Friction  Kinetic Friction  Equilibrium  Inertial Frame of Reference  Work-Energy Theorem  Work  Kinetic Energy  Power  Conservative Forces  Non-conservative Forces  Linear Momentum  Conservation of Momentum  Center of Mass  Center of Gravity  Internal Energy  Temperature  Heat (created by laptop)  Specific Heat  Radiation  Conduction  Thermal Equilibrium  Thermo 0 th Law  Thermo 1 st Law  Thermo 2 nd Law  Magnetic Field  Magnetic Force  Magnetic Poles  Transformers  Electric Charge  Electric Force  Electric Field  Conductors  Insulators  Coulomb’s Law  Electric Potential Energy  Electric Potential  Capacitance  Current Resistivity Resistance DC Ohm’s Law Electric Power Series and Parallel Wiring Loop Rule Junction Rule Visible Light Colors Speed of Light Radiowaves (emitted by laptop) Quantized Conservation of Charge

8.  Concepts:  Mass  Vectors (waves)  Velocity (waves)  Speed (waves)  Acceleration due to Gravity  Newton’s 1 st Law  Newton’s 2 nd Law  Newton’s 3 rd Law  Weight  Normal Force  Equilibrium  Period (sound wave)  Work-Energy Theorem  Work  Kinetic Energy  Gravitational Potential Energy  Power  Wavelength  SHM  Amplitude  Cycle  Frequency  Speed of Sound  Loudness  Sound Intensity  d β  Constructive Interference  Destructive Interference  Out of Phase  In phase  Linear Superposition  Beat Frequency  Transverse Wave  Ferromagnetism  Magnetic Field  Magnetic Force  Magnetic Poles  Electromagnets  Magnetic Flux  Induced EMF  Induced Current  Lenz’s Law  Gauss’s Law  Transformers  Quantized  Conservation of Charge  Electric Charge  Electric Field  Electric Force  Conductors  Coulomb’s Law  Electric Potential Energy  Electric Potential  Capacitance  Current  Resistivity  Resistance  DC  Ohm’s Law  Electric Power  Series and Parallel  Loop Rule  Junction Rule  Condensation  Rarefraction  Vibrations  Pitch

9.  Concepts:  Mass  Vectors  Displacement  Distance  Speed  Velocity  Acceleration  Acceleration due to Gravity  Newton’s 1 st Law  Newton’s 2 nd Law  Newton’s 3 rd Law  Inertia  Universal Gravitation  Weight  Normal Force  Static Friction  Kinetic Friction  Work-Energy Theorem  Centripetal Acceleration (wheels on shooter)  Centripetal Force  UCM  Period (tires spinning)  Cycle (revolutions of tires)  Work  Kinetic Energy  Gravitational Potential Energy  Power  Conservative Forces  Impulse  Linear Momentum  Conservation of Momentum  Center of Mass  Axis of Rotation  Angular Displacement  Angular Velocity  Angular Acceleration  Tangential Speed  Inertial Frame of Reference  Batteries to power shooter-  Conservation of Charge  Quantized  Electric Potential  Electric Potential Energy  Electric Charge  Electric Field  Electric Force  Coulomb’s Law  Current

10.  Concepts:  Mass  Vectors  Displacement  Speed  Velocity  Distance  Acceleration  Acceleration due to Gravity  Freefall  Projectile Motion  Newton’s 1 st Law  Newton’s 2 nd Law  Newton’s 3 rd Law  Inertia  Inertial Frame of Reference  Universal Gravitation  Weight  Normal Force  Static Friction  Kinetic Friction  Equilibrium  Non-equilibrium  Work-Energy Theorem  Work  Kinetic Energy  Gravitational Potential Energy  Power  Non-Conservative Forces  Impulse  Linear Momentum  Conservation of Momentum  Inelastic Collision  2-D Collision  Center of Mass  Center of Gravity  Axis of Rotation  Angular Displacement  Angular Velocity  Angular Acceleration  Tangential Speed  Torque  Lever Arm  Moment of Inertia  Angular Momentum

11.  Concepts:  Mass  Inertia  Weight  Normal Force  Inertial Frame of Reference  Equilibrium  Kinetic Energy (of light)  Center of Mass  Wavelength  Electric Charge  Electric Field  Electric Force  Conductors  Insulators  Coulomb’s Law  Electric Potential Energy  Electric Potential  Capacitance  Current  Resistivity  Resistance  DC  AC  Ohm’s Law  Electric Power  Junction Rule  Visible Light  Colors  Speed of Light  Frequency  Light Intensity  Refraction  Snell’s Law