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Kinematic Concepts
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Mission KCAAA
Kinematic Graphing
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Mission KCAAA
Basics of Position-Time Graphs
Mission KCAAA
Motion Graph Misconceptions
Mission KCAAA
Matching Position-Time and Velocity-Time Graphs
Mission KCAAA
Slope and Shape of a Position-Time Graph
Mission KCAAA
Matching Motion and Shape on a Position-Time Graph
Mission KCAAA
Slope Calculations for Position-Time Graphs
Mission KCAAA
Basics of Velocity-Time Graphs
Mission KCAAA
Interpreting Velocity-Time Graphs
Mission KCAAA
Interpreting Velocity-Time Graphs-2
Mission KCAAA
Slope and Area of a Velocity-Time Graph
Mission KCAAA
Graphs and Oil Drop Diagrams
Mission KCAAA
Newton's Laws
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Mission KCAAA
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Mission KCAAA
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Mission KCAAA
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Mission KCAAA
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Mission KCAAA
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Mission KCAAA
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Mission KCAAA
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Mission KCAAA
Vectors and Projectiles
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Mission AAA
Direction of Vectors
Mission AAA
Vector Addition Diagrams
Mission AAA
Vector Addition Applications
Mission AAA
Adding Right Angle Vectors
Mission AAA
Vector Components
Mission AAA
Relative Velocity and River Boats
Mission AAA
The Nature of a Projectile
Mission AAA
Velocity and Acceleration of a Projectile
Mission AAA
Velocity Components for a Projectile
Mission AAA
Displacement and Time for a Projectile
Mission AAA
Forces in 2-Dimensions
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Mission F2D
Vector Components
Mission F2D1
Mission F2D2
Mission F2D3
Mission F2D4
Mission F2D5
Mission F2D6
Fnet=m*a for Angled Forces
Equilibrium Concepts
Static Equilibrium Analysis
Inclined Plane Concepts
Inclined Plane Analysis
Circular and Satellite Motion
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Mission CG
Speed and Velocity
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Mission CG10
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Mission CG3
Mission CG4
Mission CG5
Mission CG6
Mission CG7
Mission CG8
Acceleration and Net Force
Mission CG9
Centripetal Force and Inertia
Centripetal Force Requirement
Mathematical Analysis of Circular Motion
Newton's Law of Universal Gravitation
Acceleration of Gravity
Satellite Motion
Weightlessness
Kepler's Laws of Planetary Motion
Static Electricity
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Mission AAA
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Mission AAA
Charges and Atoms
Mission SE1
Charge Interactions
Mission SE2
Triboelectric Charging
Mission SE3
Charging by Contact and the Grounding Process
Mission AAA
Pop Can Induction
Mission SE5
Charging a Single Sphere by Induction
Mission AAA
Charging by Induction - Electrophorus Plate
Mission AAA
Coulombs Law as a Guide to Thinking
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Coulomb's Law Calculations
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Electric Field
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Electric Field Lines
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Electric Field Equation
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ElectricCircuits
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Mission AAA
Current
Mission EC1
Voltage
Mission EC2
Voltage, Power and Energy
Mission EC3
Resistance, Voltage and Current
Mission EC4
Voltage, Resistance and Current Calculations
Mission EC5
P, V, I, R, and Cost Calculations
Mission EC6
Series Circuits Concepts
Mission EC7
Parallel Circuits Concepts
Mission EC8
Series Circuits Calculations
Mission EC9
Parallel Circuits Calculations
Mission EC10
Combination Circuits Calculations
Mission EC11
Series and Parallel Circuits Calculations
Mission EC12
Wave Motion
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Mission AAA
Nature and Categories of Waves
Mission WM1
Wave Characteristics
Mission WM2
Speed of a Wave
Mission WM3
Wavelength-Frequency-Speed Relationship
Mission WM4
Boundary Behavior of Waves
Mission WM5
Interference of Waves
Mission WM6
Standing Wave Patterns
Mission WM7
Mathematics of Standing Waves
Mission WM8
Sound and Music
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Mission SM
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Mission SM
Nature of a Sound Wave
Mission SM1
Harmonics for Closed-End Air Columns
Mission SM10
Sound Intensity and DeciBel Levels
Mission SM3
The Doppler Effect
Mission SM4
Resonance and Standing Wave Patterns
Mission SM5
Harmonics for String Instruments
Mission SM6
Mathematics of String Instruments
Mission SM7
Harmonics for Open-End Air Columns
Mission SM8
Mathematics of Closed-End Air Columns
Mission SM
Mathematics of Open-End Air Columns
Mission SM9
Light and Color
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Mission LC
Electromagnetic and Visible Radiation
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Polarization
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Position-Velocity-Acceleration
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Work-Energy Fundamentals
Work-Energy Relationship
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Resource CD
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Newton's Laws
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Work and Energy
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Thermal Physics
Static Electricity
Electric Circuits
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Sound Waves and Music
Light and Color
Reflection and Mirrors
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About the Physics Interactives
Usage Policy
Kinematics
Newtons Laws
Vectors and Projectiles
Forces in 2D
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Work and Energy
Circular and Satellite Motion
Balance and Rotation
Static Electricity
Electric Circuits
Magnetism
Waves and Sound
Light and Color
Reflection and Mirrors
Refraction and Lenses
Concept Builders
About the Concept Builders
Version 2
Pricing For Schools
Directions for Version 2
Measurement and Units
Relationships and Graphs
Kinematics
Newton's Laws
Vectors and Projectiles
Forces in 2-Dimensions
Momentum and Collisions
Work and Energy
Circular and Satellite Motion
Rotation and Balance
Static Electricity
Electric Circuits
Waves and Sound
Light and Color
Reflection and Refraction
Chemistry
Video Tutorial
Kinematics
Newton's Laws
Vectors and Projectiles
Forces in Two Dimensions
Momentum and Collisions
Static Electricity
Light and Color
Reflection and Mirrors
Practice Review Test
Shockwave Studios
Name That Motion
Graph That Motion
Graphing Motion
Two-Stage Rocket
Free Body Diagrams
Riverboat Simulator
Projectile Simulator
Hit the Target
Race Track
Uniform Circular Motion
Gravitation
Orbital Motion
Time Dilation
Length Contraction
Standing Wave Patterns
Beat Patterns
RGB Lighting
Painting With CMY
Young's Experiment
Least Time Principle
Refraction of Light
Lenses
Multimedia Studios
1-Dimensional Kinematics
Newton's Laws
Vectors and Projectiles
Momentum and Collisions
Work and Energy
Circular, Satellite, and Rotational Motion
Einstein's Theory of Special Relativity
Static Electricity
Waves, Sound and Light
Ray Optics
QuickTime Movies
The Review Session
1-D Kinematics
Newton's Laws of Motion
Vectors and Projectiles
Forces in Two Dimensions
Momentum and Collisions
Work and Energy Packet
Circular Motion and Gravitation
Static Electricity Review
Electric Circuits
Waves
Sound and Music
Light and Color
Reflection and Mirrors
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Minds On Physics the App
About MOPs
Features
Topics
Objectives
Record-Keeping
MOP the App Part 1
MOP the App Part 2
MOP the App Part 3
MOP the App Part 4
MOP the App Part 5
MOP the App Part 6
Chromebook Apps
Purchase
MOPs For Teachers
MOP for Schools
Timeline
Privacy Statement
Minds On Physics
About MOPs
Features
Teacher Accounts
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Pricing For Schools
Student Directions
Kinematic Concepts
Kinematic Graphing
Newton's Laws
Vectors and Projectiles
Forces in 2-Dimensions
Circular and Satellite Motion
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ElectricCircuits
Wave Motion
Sound and Music
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Minds On Physics - Legacy
Start!
Directions
Teacher Use
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Topics
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Record-Keeping
Screencasts
Troubleshooting
About MOP
Copyright and Contact
The Calculator Pad
Problem Sets
Habits of an Effective Problem Solver
A Note to Students
Note to Instructors
Physics Help
Graphing Practice
Recognizing Forces
Vector Direction
Vector Addition
ACT Test Center
About the ACT
ACT Preparation
ACT Tips
For Teachers
Other Resources
Teacher-Tools
Curriculum Corner
Solutions Guide
Solutions Guide Digital Download
Usage Policy
Motion in One Dimension
Newton's Laws
Vectors and Projectiles
Forces in Two Dimensions
Momentum and Collisions
Work, Energy and Power
Circular Motion and Gravitation
Static Electricity
Electric Circuits
Wave Basics
Sound and Music
Light and Color
Reflection and Mirrors
Refraction and Lenses
Question Bank
Contents
Purchasing the CD
Purchasing the Digital Download
NGSS Corner
About the NGSS Corner
NGSS Search
Force and Motion DCIs - High School
Energy DCIs - High School
Wave Applications DCIs - High School
Force and Motion PEs - High School
Energy PEs - High School
Wave Applications PEs - High School
Crosscutting Concepts
The Practices
Physics Topics
NGSS Corner: Activity List
NGSS Corner: Infographics
Teacher Toolkits
About the Toolkits
Position-Velocity-Acceleration
Position-Time Graphs
Velocity-Time Graphs
Free Fall
Newton's First Law
Newton's Second Law
Newton's Third Law
Terminal Velocity
Vectors
Projectile Motion
Forces in 2 Dimensions
Impulse and Momentum Change
Momentum Conservation
Work-Energy Fundamentals
Work-Energy Relationship
Circular Motion
Roller Coaster Physics
Universal Gravitation
Satellite Motion
Charge and Charging
Coulombs Law
Electric Fields
Circuit Concepts
Series Circuits
Parallel Circuits
Vibrational Motion
Describing-Waves
Wave Behavior Toolkit
Standing Wave Patterns
Sound Waves
Resonating Air Columns
Wave Model of Light
Color
Plane Mirrors
Curved Mirrors
Snells Law
Total Internal Reflection
Lenses
Reasoning Center
Philosophy
CRS
Usage
Resource CD
The Laboratory
About
Teacher Guide
Using Lab Notebooks
Share
The Photo Gallery
1-D Kinematics
Newton's Laws
Vectors - Motion and Forces in Two Dimensions
Momentum and Its Conservation
Work, Energy, and Power
Circular Motion and Satellite Motion
Thermal Physics
Static Electricity
Current Electricity
Waves
Sound Waves and Music
Light Waves and Color
Reflection and Ray Model of Light
Refraction and Ray Model of Light
Share The News
Banner Ads
Infographics
Interactive Physics Simulations
Our Standard Flyer
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What Can Students Do ...
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