Shane MarcusClaire Scimeca

Jacob EllisYu-Shang TuSue Young

GROUP 4CONCEPTUAL BREAKDOWN

Mouse Trap/Meat Cleaver Concepts:

Mass Vectors Displacement Speed Acceleration Velocity Acceleration due to Gravity Newton’s 1st Law Newton’s 2nd Law Newton’s 3rd 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

Meat Cleaver Cuts Fishing Line Concepts:

Mass Vectors Displacement Speed Velocity Acceleration Acceleration due to Gravity Newton’s 1st Law Newton’s 2nd Law Newton’s 3rd 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

Pulley Drops The Metal Bar On Plank

Concepts: Mass Vectors Displacement Distance Speed Velocity Acceleration Acceleration due to Gravity Freefall Newton’s 1st Law Newton’s 2nd Law Newton’s 3rd 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)

Leap of Faith Concepts:

Mass Vectors Displacement Distance Speed Velocity Acceleration Acceleration due to Gravity Projectile Motion Relative Velocity Newton’s 1st Law Newton’s 2nd Law Newton’s 3rd 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

The Fateful Drop Concepts:

Mass Vectors Displacement Distance Velocity Acceleration Acceleration due to Gravity Newton’s 1st Law Newton’s 2nd Law Newton’s 3rd 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

Laptop Concepts:

Mass Vectors (current) Speed (current) Velocity (current) Acceleration due to Gravity Newton’s 1st Law Newton’s 2nd Law Newton’s 3rd 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 0th Law Thermo 1st Law Thermo 2nd 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

The Sonic boom Concepts:

Mass Vectors (waves) Velocity (waves) Speed (waves) Acceleration due to Gravity Newton’s 1st Law Newton’s 2nd Law Newton’s 3rd 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 dβ 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

Start your engines… Concepts:

Mass Vectors Displacement Distance Speed Velocity Acceleration Acceleration due to Gravity Newton’s 1st Law Newton’s 2nd Law Newton’s 3rd 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

The Moment of Truth Concepts:

Mass Vectors Displacement Speed Velocity Distance Acceleration Acceleration due to Gravity Freefall Projectile Motion Newton’s 1st Law Newton’s 2nd Law Newton’s 3rd 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

13th Period Rules! 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