Copy of L3-5 Weight on Earth and InteractionsCopy of L3-5 Weight on Earth and InteractionsWWCopy of L3-5 Weight on Earth and Interactions

Copy of ASU Learning Assistant ProgramCopy of ASU Learning Assistant ProgramWWCopy of ASU Learning Assistant Program

Copy of 2015 Fall ASU Learning Assistant ProgramCopy of 2015 Fall ASU Learning Assistant ProgramWWCopy of 2015 Fall ASU Learning Assistant Program

Unit 4 Intro to ForcesUnit 4 Intro to ForcesWWUnit 4 Intro to Forces

Copy of 2-2 Definition of Motion TermsCopy of 2-2 Definition of Motion TermsWWCopy of 2-2 Definition of Motion Terms

Copy of 1-1 Intro & Nature of ScienceCopy of 1-1 Intro & Nature of ScienceWWCopy of 1-1 Intro & Nature of Science

Copy of 2015 Fall ASU Learning Assistant ProgramCopy of 2015 Fall ASU Learning Assistant ProgramWWCopy of 2015 Fall ASU Learning Assistant Program

Copy of Copy of 4-1 Qualitative Introduction to EnergyCopy of Copy of 4-1 Qualitative Introduction to EnergyWWCopy of Copy of 4-1 Qualitative Introduction to Energy

Intro to Energy: E in a SpringIntro to Energy: E in a SpringWWIntro to Energy: E in a Spring

Cactus Caucus-Save AZ PhysicsCactus Caucus-Save AZ PhysicsWWCactus Caucus-Save AZ Physics

L3-1 Relative Motion and VectorsL3-1 Relative Motion and VectorsWWL3-1 Relative Motion and Vectors

L4-5 Electrical CircuitsL4-5 Electrical CircuitsWWL4-5 Electrical Circuits

Copy of 4-1 Qualitative Introduction to EnergyCopy of 4-1 Qualitative Introduction to EnergyWWCopy of 4-1 Qualitative Introduction to Energy

L 4-2 Energy Transfer and EquationsL 4-2 Energy Transfer and EquationsWWL 4-2 Energy Transfer and Equations

Lesson 4-1 Energy in a SpringLesson 4-1 Energy in a SpringWWLesson 4-1 Energy in a Spring

3-6 Forces from Surface Contact3-6 Forces from Surface ContactWW3-6 Forces from Surface Contact

3-6 Forces from Surface Contact3-6 Forces from Surface ContactWW3-6 Forces from Surface Contact

L3-3 Identifying ForcesL3-3 Identifying ForcesWWL3-3 Identifying Forces

L 3-2 Intro to ForcesL 3-2 Intro to ForcesWWL 3-2 Intro to Forces

L2-6 Constant Acceleration PracticeL2-6 Constant Acceleration PracticeWWL2-6 Constant Acceleration Practice

L 2-5 Graphs & Equations for Uniform AccelerationL 2-5 Graphs & Equations for Uniform AccelerationWWL 2-5 Graphs & Equations for Uniform Acceleration

L 2-4 Understanding AccelerationL 2-4 Understanding AccelerationWWL 2-4 Understanding Acceleration

L 2-3 Speeding UpL 2-3 Speeding UpWWL 2-3 Speeding Up

L 2-2 Motion MapsL 2-2 Motion MapsWWL 2-2 Motion Maps

L 2-2 Constant Velocity MotionL 2-2 Constant Velocity MotionWWL 2-2 Constant Velocity Motion

2-1 Car Lab and Motion Terms2-1 Car Lab and Motion TermsWW2-1 Car Lab and Motion Terms

L 1-5 Car Lab and Unit 1 QuizL 1-5 Car Lab and Unit 1 QuizWWL 1-5 Car Lab and Unit 1 Quiz

L 1-4 Measuring Mass and VolumeL 1-4 Measuring Mass and VolumeWWL 1-4 Measuring Mass and Volume

1-3 Graphing w/ Technology1-3 Graphing w/ TechnologyWW1-3 Graphing w/ Technology

1-2 Measurement and Graphs1-2 Measurement and GraphsWW1-2 Measurement and Graphs

ASU Physics: Active Learning IntroASU Physics: Active Learning IntroWWASU Physics: Active Learning Intro

ASU Learning Assistant IntroASU Learning Assistant IntroWWASU Learning Assistant Intro

AZ STEM Teacher Policy LeadershipAZ STEM Teacher Policy LeadershipWWAZ STEM Teacher Policy Leadership

L4-4 Light Bulbs and CapacitorsL4-4 Light Bulbs and CapacitorsWWL4-4 Light Bulbs and Capacitors

4-2 Circuits4-2 CircuitsWW4-2 Circuits

L4-1 Energy in a SpringL4-1 Energy in a SpringWWL4-1 Energy in a Spring

L3-8 Forces and Vectors ClosureL3-8 Forces and Vectors ClosureWWL3-8 Forces and Vectors Closure

L3-7 Newton's 2nd Law L3-7 Newton's 2nd Law WWL3-7 Newton's 2nd Law

L3-5 Weight on Earth and InteractionsL3-5 Weight on Earth and InteractionsWWL3-5 Weight on Earth and Interactions

L3-3 Force DiagramsL3-3 Force DiagramsWWL3-3 Force Diagrams

L3-2 Intro to ForcesL3-2 Intro to ForcesWWL3-2 Intro to Forces

L3-1 Relative Motion and VectorsL3-1 Relative Motion and VectorsWWL3-1 Relative Motion and Vectors

L 2-6 Falling ObjectsL 2-6 Falling ObjectsWWL 2-6 Falling Objects

L2-5 Constant Acceleration PracticeL2-5 Constant Acceleration PracticeWWL2-5 Constant Acceleration Practice

L 2-4 Understanding AccelerationL 2-4 Understanding AccelerationWWL 2-4 Understanding Acceleration

L 2-3 Speeding UpL 2-3 Speeding UpWWL 2-3 Speeding Up

L 2-2 Representing Constant VelocityL 2-2 Representing Constant VelocityWWL 2-2 Representing Constant Velocity

L 2-1 Terms for How FarL 2-1 Terms for How FarWWL 2-1 Terms for How Far

L 1-5 Car Lab and Unit 1 ClosureL 1-5 Car Lab and Unit 1 ClosureWWL 1-5 Car Lab and Unit 1 Closure

L 1-4 Measuring Mass and VolumeL 1-4 Measuring Mass and VolumeWWL 1-4 Measuring Mass and Volume

1-3 Mst and Graphing w/ Technology1-3 Mst and Graphing w/ TechnologyWW1-3 Mst and Graphing w/ Technology

L1.2 Experimental Design and Linear ModelsL1.2 Experimental Design and Linear ModelsWWL1.2 Experimental Design and Linear Models

L1.1 Introduction and Nature of ScienceL1.1 Introduction and Nature of ScienceWWL1.1 Introduction and Nature of Science

ASU Physics: Active LearningASU Physics: Active LearningWWASU Physics: Active Learning

NDEA ImplementationNDEA ImplementationWWNDEA Implementation

4-2 Energy Equations4-2 Energy EquationsWW4-2 Energy Equations

Lesson 4-1 Energy in a SpringLesson 4-1 Energy in a SpringWWLesson 4-1 Energy in a Spring

3-8 Forces and Vectors Closure3-8 Forces and Vectors ClosureWW3-8 Forces and Vectors Closure

3-7 Newton's Laws Finalized3-7 Newton's Laws FinalizedWW3-7 Newton's Laws Finalized

Lesson 3-6 Newton's 2nd LawLesson 3-6 Newton's 2nd LawWWLesson 3-6 Newton's 2nd Law

Lesson 3-5 Every Force is an InteractionLesson 3-5 Every Force is an InteractionWWLesson 3-5 Every Force is an Interaction

3-4 Weight/Calculating Forces3-4 Weight/Calculating ForcesWW3-4 Weight/Calculating Forces

3-4 Calculating Forces3-4 Calculating ForcesWW3-4 Calculating Forces

Lesson 3-3 Force Diagrams and WeightLesson 3-3 Force Diagrams and WeightWWLesson 3-3 Force Diagrams and Weight

Lesson 3-2 Intro to ForcesLesson 3-2 Intro to ForcesWWLesson 3-2 Intro to Forces

3-1 Relative Motion and Vectors3-1 Relative Motion and VectorsWW3-1 Relative Motion and Vectors

Lesson 2-7 Falling ObjectsLesson 2-7 Falling ObjectsWWLesson 2-7 Falling Objects

Lesson 2-6 Constant Acceleration PracticeLesson 2-6 Constant Acceleration PracticeWWLesson 2-6 Constant Acceleration Practice

2-5 Understanding Acceleration2-5 Understanding AccelerationWW2-5 Understanding Acceleration

Lesson 2-4 Speeding UpLesson 2-4 Speeding UpWWLesson 2-4 Speeding Up

Copy of Lesson 2-4 Speeding UpCopy of Lesson 2-4 Speeding UpWWCopy of Lesson 2-4 Speeding Up

2-2 Representing Constant Velocity2-2 Representing Constant VelocityWW2-2 Representing Constant Velocity

Lesson 1-6|2-1 Car Lab and Unit 1 ClosureLesson 1-6|2-1 Car Lab and Unit 1 ClosureWWLesson 1-6|2-1 Car Lab and Unit 1 Closure

Lesson 1-5 Applying Linear Models: DensityLesson 1-5 Applying Linear Models: DensityWWLesson 1-5 Applying Linear Models: Density

1-4 Measuring Mass and Volume1-4 Measuring Mass and VolumeWW1-4 Measuring Mass and Volume

1-3 Experimental Design; Graphing with Technology1-3 Experimental Design; Graphing with TechnologyWW1-3 Experimental Design; Graphing with Technology

1-2 Linear Models1-2 Linear ModelsWW1-2 Linear Models

1-1 Intro & Nature of Science1-1 Intro & Nature of ScienceWW1-1 Intro & Nature of Science

NDEANDEAWWNDEA

Lesson 4-4 Energy & PowerLesson 4-4 Energy & PowerWWLesson 4-4 Energy & Power

Lesson 4-3 Energy Bar Graphs and CalculationsLesson 4-3 Energy Bar Graphs and CalculationsWWLesson 4-3 Energy Bar Graphs and Calculations

Nuclear ProliferationNuclear ProliferationWWNuclear Proliferation

Copy of Lesson 4-3 Energy RepresentationsCopy of Lesson 4-3 Energy RepresentationsWWCopy of Lesson 4-3 Energy Representations

Lesson 4-2 Energy EquationsLesson 4-2 Energy EquationsWWLesson 4-2 Energy Equations

Lesson 4-1 Energy in a SpringLesson 4-1 Energy in a SpringWWLesson 4-1 Energy in a Spring

3-7 Forces and Vectors Closure3-7 Forces and Vectors ClosureWW3-7 Forces and Vectors Closure

CRISPR for HSD 501CRISPR for HSD 501WWCRISPR for HSD 501

Lesson 3-6 Newton's 2nd LawLesson 3-6 Newton's 2nd LawWWLesson 3-6 Newton's 2nd Law

3-5 Every Force is an Interaction3-5 Every Force is an InteractionWW3-5 Every Force is an Interaction

Copy of 3-4 Calculating ForcesCopy of 3-4 Calculating ForcesWWCopy of 3-4 Calculating Forces

Lesson 3-3 Calculating Gravitational ForceLesson 3-3 Calculating Gravitational ForceWWLesson 3-3 Calculating Gravitational Force

Lesson 3-2 Intro to ForcesLesson 3-2 Intro to ForcesWWLesson 3-2 Intro to Forces

3-1 Relative Motion and Vectors3-1 Relative Motion and VectorsWW3-1 Relative Motion and Vectors

Lesson 2-7 Free Fall and ProjectilesLesson 2-7 Free Fall and ProjectilesWWLesson 2-7 Free Fall and Projectiles

Lesson 2-6 Falling ObjectsLesson 2-6 Falling ObjectsWWLesson 2-6 Falling Objects

Copy of Lesson 2-7 Acceleration in Free Fall & ProjectilesCopy of Lesson 2-7 Acceleration in Free Fall & ProjectilesWWCopy of Lesson 2-7 Acceleration in Free Fall & Projectiles

2-5 Applying Constant Acceleration2-5 Applying Constant AccelerationWW2-5 Applying Constant Acceleration

Lesson 2-4 Speeding UpLesson 2-4 Speeding UpWWLesson 2-4 Speeding Up

2-3 Motion Maps and v vs. t area2-3 Motion Maps and v vs. t areaWW2-3 Motion Maps and v vs. t area

Lesson 2-2 Constant Velocity MotionLesson 2-2 Constant Velocity MotionWWLesson 2-2 Constant Velocity Motion

2-1 Comparing Toy Car and Wheel on Incline2-1 Comparing Toy Car and Wheel on InclineWW2-1 Comparing Toy Car and Wheel on Incline

Lesson 2-1 Velocity Graphs/U1 QuizLesson 2-1 Velocity Graphs/U1 QuizWWLesson 2-1 Velocity Graphs/U1 Quiz

Lesson 1-5 Applying Linear Models Lesson 1-5 Applying Linear Models WWLesson 1-5 Applying Linear Models

1-4 Experimental Design; Graphing with Technology1-4 Experimental Design; Graphing with TechnologyWW1-4 Experimental Design; Graphing with Technology

1-3 Measuring Mass and Volume1-3 Measuring Mass and VolumeWW1-3 Measuring Mass and Volume

1-2 Linear Models 1-2 Linear Models WW1-2 Linear Models

Introduction to PHS 110 Fall 2017Introduction to PHS 110 Fall 2017WWIntroduction to PHS 110 Fall 2017

2017 ASU Learning Assistant Program2017 ASU Learning Assistant ProgramWW2017 ASU Learning Assistant Program

ASU Physics: Instructional ProgramsASU Physics: Instructional ProgramsWWASU Physics: Instructional Programs

Lesson 4-1 Energy in a SpringLesson 4-1 Energy in a SpringWWLesson 4-1 Energy in a Spring

3-5 Interaction Forces3-5 Interaction ForcesWW3-5 Interaction Forces

Lesson 3-4 Newton's 2nd LawLesson 3-4 Newton's 2nd LawWWLesson 3-4 Newton's 2nd Law

3-3 Weight/Calculating Forces3-3 Weight/Calculating ForcesWW3-3 Weight/Calculating Forces

Lesson 3-2 Intro to ForcesLesson 3-2 Intro to ForcesWWLesson 3-2 Intro to Forces

3-1 Relative Motion and Vectors3-1 Relative Motion and VectorsWW3-1 Relative Motion and Vectors

Copy of Modeling Physics Storyline (Mechanics)Copy of Modeling Physics Storyline (Mechanics)WWCopy of Modeling Physics Storyline (Mechanics)

Modeling Instruction and DBERModeling Instruction and DBERWWModeling Instruction and DBER

Lesson 2-7 Acceleration in Free Fall & ProjectilesLesson 2-7 Acceleration in Free Fall & ProjectilesWWLesson 2-7 Acceleration in Free Fall & Projectiles

Lesson 2-5 Accelerated MotionLesson 2-5 Accelerated MotionWWLesson 2-5 Accelerated Motion

Lesson 2-4 Speeding UpLesson 2-4 Speeding UpWWLesson 2-4 Speeding Up

Lesson 2-3 Multiple Representations of MotionLesson 2-3 Multiple Representations of MotionWWLesson 2-3 Multiple Representations of Motion

Lesson 2-2 Applying Constant VelocityLesson 2-2 Applying Constant VelocityWWLesson 2-2 Applying Constant Velocity

Modeling Physics Storyline (Mechanics)Modeling Physics Storyline (Mechanics)WWModeling Physics Storyline (Mechanics)

Lesson 2-1 Velocity Graphs/U1 QuestLesson 2-1 Velocity Graphs/U1 QuestWWLesson 2-1 Velocity Graphs/U1 Quest

Lesson 1-6 Car Lab Report GuidelinesLesson 1-6 Car Lab Report GuidelinesWWLesson 1-6 Car Lab Report Guidelines

Lesson 1-5 Density; linear model recapLesson 1-5 Density; linear model recapWWLesson 1-5 Density; linear model recap

Lesson 1-4 Measuring Mass and VolumeLesson 1-4 Measuring Mass and VolumeWWLesson 1-4 Measuring Mass and Volume

1-3 Fundamental Measurement; Graphing with Technology1-3 Fundamental Measurement; Graphing with TechnologyWW1-3 Fundamental Measurement; Graphing with Technology

1-2 Linear Models Spring 20171-2 Linear Models Spring 2017WW1-2 Linear Models Spring 2017

1-1 Introduction to PHS 110 Spring 20171-1 Introduction to PHS 110 Spring 2017WW1-1 Introduction to PHS 110 Spring 2017

Path to Teacher LeadershipPath to Teacher LeadershipWWPath to Teacher Leadership

2016 fall ASU PhysTEC Student Opportunities2016 fall ASU PhysTEC Student OpportunitiesWW2016 fall ASU PhysTEC Student Opportunities

3-5 Interaction Forces3-5 Interaction ForcesWW3-5 Interaction Forces

Lesson 3-4 Newton's 2nd LawLesson 3-4 Newton's 2nd LawWWLesson 3-4 Newton's 2nd Law

Lesson 3-3 Calculating ForcesLesson 3-3 Calculating ForcesWWLesson 3-3 Calculating Forces

Copy of Lesson 3-2 Intro to ForcesCopy of Lesson 3-2 Intro to ForcesWWCopy of Lesson 3-2 Intro to Forces

Copy of Lesson 3-2 Intro to ForcesCopy of Lesson 3-2 Intro to ForcesWWCopy of Lesson 3-2 Intro to Forces

student articulationstudent articulationWWstudent articulation

3-1 Relative Motion and Vectors3-1 Relative Motion and VectorsWW3-1 Relative Motion and Vectors

Lesson 2-7 Acceleration in Free Fall & ProjectilesLesson 2-7 Acceleration in Free Fall & ProjectilesWWLesson 2-7 Acceleration in Free Fall & Projectiles

Copy of Lesson 2-7 Acceleration in Free Fall & ProjectilesCopy of Lesson 2-7 Acceleration in Free Fall & ProjectilesWWCopy of Lesson 2-7 Acceleration in Free Fall & Projectiles

Lesson 2-6 How long is an instant?Lesson 2-6 How long is an instant?WWLesson 2-6 How long is an instant?

Lesson 2-5 Accelerated MotionLesson 2-5 Accelerated MotionWWLesson 2-5 Accelerated Motion

Lesson 2-3 Multiple Representations for MotionLesson 2-3 Multiple Representations for MotionWWLesson 2-3 Multiple Representations for Motion

Lesson 2-4 Motion Maps and AccelerationLesson 2-4 Motion Maps and AccelerationWWLesson 2-4 Motion Maps and Acceleration

Lesson 2-1 Motion Lab and Unit 1 AssessmentLesson 2-1 Motion Lab and Unit 1 AssessmentWWLesson 2-1 Motion Lab and Unit 1 Assessment

Lesson 1-7 Unit 1 ClosureLesson 1-7 Unit 1 ClosureWWLesson 1-7 Unit 1 Closure

Lesson 1-6 Density; SA to Volume ratiosLesson 1-6 Density; SA to Volume ratiosWWLesson 1-6 Density; SA to Volume ratios

Lesson 1-5 Applying Linear Models: DensityLesson 1-5 Applying Linear Models: DensityWWLesson 1-5 Applying Linear Models: Density

1-4 Non-linear mathematical models1-4 Non-linear mathematical modelsWW1-4 Non-linear mathematical models

1-3 Fundamental Measurement; Graphing with Technology1-3 Fundamental Measurement; Graphing with TechnologyWW1-3 Fundamental Measurement; Graphing with Technology

1-2 Linear Models Fall 20161-2 Linear Models Fall 2016WW1-2 Linear Models Fall 2016

1-1 Introduction to PHS 110 Fall 20161-1 Introduction to PHS 110 Fall 2016WW1-1 Introduction to PHS 110 Fall 2016

STEM (teacher) Identity 2STEM (teacher) Identity 2WWSTEM (teacher) Identity 2

Lesson 4-2 Energy RepresentationsLesson 4-2 Energy RepresentationsWWLesson 4-2 Energy Representations

Lesson 4-1 Energy EquationsLesson 4-1 Energy EquationsWWLesson 4-1 Energy Equations

Lesson 4-2 Energy EquationsLesson 4-2 Energy EquationsWWLesson 4-2 Energy Equations

Lab #12 Energy in a SpringLab #12 Energy in a SpringWWLab #12 Energy in a Spring

ASU Phyics: LAs and PHY 121 reform proposalASU Phyics: LAs and PHY 121 reform proposalWWASU Phyics: LAs and PHY 121 reform proposal

3-7 Interaction Forces3-7 Interaction ForcesWW3-7 Interaction Forces

Lesson 3-6 Newton's 2nd LawLesson 3-6 Newton's 2nd LawWWLesson 3-6 Newton's 2nd Law

3-5 Practice Calculating Forces3-5 Practice Calculating ForcesWW3-5 Practice Calculating Forces

3-4 Calculating Forces3-4 Calculating ForcesWW3-4 Calculating Forces

Lesson 3-3 Relating Motion and ForcesLesson 3-3 Relating Motion and ForcesWWLesson 3-3 Relating Motion and Forces

Lesson 3-2 Intro to ForcesLesson 3-2 Intro to ForcesWWLesson 3-2 Intro to Forces

Lesson 3-1 VectorsLesson 3-1 VectorsWWLesson 3-1 Vectors

ASU Phyics: Fostering Student EngagementASU Phyics: Fostering Student EngagementWWASU Phyics: Fostering Student Engagement

Lesson 2-7 Acceleration in Free Fall & ProjectilesLesson 2-7 Acceleration in Free Fall & ProjectilesWWLesson 2-7 Acceleration in Free Fall & Projectiles

Lesson 2-6 Applying Motion Graphs & EquationsLesson 2-6 Applying Motion Graphs & EquationsWWLesson 2-6 Applying Motion Graphs & Equations

Lesson 2-5 Instantaneous VelocityLesson 2-5 Instantaneous VelocityWWLesson 2-5 Instantaneous Velocity

Lesson 2-4 Defining AccelerationLesson 2-4 Defining AccelerationWWLesson 2-4 Defining Acceleration

Lesson 2-3 Motion Maps and AccelerationLesson 2-3 Motion Maps and AccelerationWWLesson 2-3 Motion Maps and Acceleration

Lesson 2-2 Applying Constant VelocityLesson 2-2 Applying Constant VelocityWWLesson 2-2 Applying Constant Velocity

Lesson 2-1 Terms for How FarLesson 2-1 Terms for How FarWWLesson 2-1 Terms for How Far

Unit 1 QuizUnit 1 QuizWWUnit 1 Quiz

Lesson 1-6 Unit 1 ClosureLesson 1-6 Unit 1 ClosureWWLesson 1-6 Unit 1 Closure

The Nature of STEM for STEMteachersPHXThe Nature of STEM for STEMteachersPHXWWThe Nature of STEM for STEMteachersPHX

1-5 Non-linear mathematical models1-5 Non-linear mathematical modelsWW1-5 Non-linear mathematical models

1-4 Applying Linear Models: Density1-4 Applying Linear Models: DensityWW1-4 Applying Linear Models: Density

1-3 Fundamental Measurement1-3 Fundamental MeasurementWW1-3 Fundamental Measurement

Copy of 1-1 Introduction to PHS 110 Spring 2015Copy of 1-1 Introduction to PHS 110 Spring 2015WWCopy of 1-1 Introduction to PHS 110 Spring 2015

1-2 Linear Models1-2 Linear ModelsWW1-2 Linear Models

1-1 Introduction to PHS 110 Spring 20161-1 Introduction to PHS 110 Spring 2016WW1-1 Introduction to PHS 110 Spring 2016

4-4 Light Bulbs and Capacitors4-4 Light Bulbs and CapacitorsWW4-4 Light Bulbs and Capacitors

4-3 Energy Closure and Circuits4-3 Energy Closure and CircuitsWW4-3 Energy Closure and Circuits

Lesson 4-2 Energy EquationsLesson 4-2 Energy EquationsWWLesson 4-2 Energy Equations

Lesson 4-1 Energy in a SpringLesson 4-1 Energy in a SpringWWLesson 4-1 Energy in a Spring

Lesson 3-7 Newton's 2nd Law PRACTICELesson 3-7 Newton's 2nd Law PRACTICEWWLesson 3-7 Newton's 2nd Law PRACTICE

3-6 Newton's 2nd Law3-6 Newton's 2nd LawWW3-6 Newton's 2nd Law

Lesson 3-5 Interaction ForcesLesson 3-5 Interaction ForcesWWLesson 3-5 Interaction Forces

3-4 Calculating Forces3-4 Calculating ForcesWW3-4 Calculating Forces

Lesson 3-3 Identifying ForcesLesson 3-3 Identifying ForcesWWLesson 3-3 Identifying Forces

Lesson 3-2 Intro to ForcesLesson 3-2 Intro to ForcesWWLesson 3-2 Intro to Forces

ASU Learning Assistant ProgramASU Learning Assistant ProgramWWASU Learning Assistant Program

Lesson 3-1 Relative Motion and VectorsLesson 3-1 Relative Motion and VectorsWWLesson 3-1 Relative Motion and Vectors

Modeling Instruction in PhysicsModeling Instruction in PhysicsWWModeling Instruction in Physics

Lesson 2-7 Acceleration in Free Fall & Unit 2 ReviewLesson 2-7 Acceleration in Free Fall & Unit 2 ReviewWWLesson 2-7 Acceleration in Free Fall & Unit 2 Review

Copy of Lesson 2-6 Applying Motion Graphs & EquationsCopy of Lesson 2-6 Applying Motion Graphs & EquationsWWCopy of Lesson 2-6 Applying Motion Graphs & Equations

Lesson 2-5 Instantaneous VelocityLesson 2-5 Instantaneous VelocityWWLesson 2-5 Instantaneous Velocity

The Nature of Science for AZ AAPTThe Nature of Science for AZ AAPTWWThe Nature of Science for AZ AAPT

2-4 Motion Maps and Acceleration2-4 Motion Maps and AccelerationWW2-4 Motion Maps and Acceleration

Lesson 2-3 Applying Constant VelocityLesson 2-3 Applying Constant VelocityWWLesson 2-3 Applying Constant Velocity

Lesson 2-2 How Far and How FastLesson 2-2 How Far and How FastWWLesson 2-2 How Far and How Fast

Lesson 2-1 Car Lab Recap and Motion TermsLesson 2-1 Car Lab Recap and Motion TermsWWLesson 2-1 Car Lab Recap and Motion Terms

1-6 Scientific Thinking Closure1-6 Scientific Thinking ClosureWW1-6 Scientific Thinking Closure

1-5 Density and Applying Math Models1-5 Density and Applying Math ModelsWW1-5 Density and Applying Math Models

1-4 Applying Linear Models: Density1-4 Applying Linear Models: DensityWW1-4 Applying Linear Models: Density

Lesson 1-3 Technology and Non-linear Math ModelsLesson 1-3 Technology and Non-linear Math ModelsWWLesson 1-3 Technology and Non-linear Math Models

1-2 Measurement & Models1-2 Measurement & ModelsWW1-2 Measurement & Models

1-1 Introduction to PHS 110 Fall 20151-1 Introduction to PHS 110 Fall 2015WW1-1 Introduction to PHS 110 Fall 2015

2015 Fall ASU Learning Assistant Program2015 Fall ASU Learning Assistant ProgramWW2015 Fall ASU Learning Assistant Program

Welcome to PHY 121 copy for fall 2015Welcome to PHY 121 copy for fall 2015WWWelcome to PHY 121 copy for fall 2015

The Nature of ScienceThe Nature of ScienceWWThe Nature of Science

ASU Learning Assistant ProgramASU Learning Assistant ProgramWWASU Learning Assistant Program

Lesson 4-7 Capacitors & Charge Flow Spring 2015Lesson 4-7 Capacitors & Charge Flow Spring 2015WWLesson 4-7 Capacitors & Charge Flow Spring 2015

Lesson 4-6 Resistance is Futile Lesson 4-6 Resistance is Futile WWLesson 4-6 Resistance is Futile

Lesson 4-5 Simple Circuits Spring 2015Lesson 4-5 Simple Circuits Spring 2015WWLesson 4-5 Simple Circuits Spring 2015

Lesson 4-4 Energy, Power, SocietyLesson 4-4 Energy, Power, SocietyWWLesson 4-4 Energy, Power, Society

Lesson 4-3 Energy RepresentationsLesson 4-3 Energy RepresentationsWWLesson 4-3 Energy Representations

Copy of Lesson 4-4 Work-Energy TheoremCopy of Lesson 4-4 Work-Energy TheoremWWCopy of Lesson 4-4 Work-Energy Theorem

Lesson 4-2 Energy EquationsLesson 4-2 Energy EquationsWWLesson 4-2 Energy Equations

Lesson 4-1 Energy in a SpringLesson 4-1 Energy in a SpringWWLesson 4-1 Energy in a Spring

3-5 Newton's 2nd Law3-5 Newton's 2nd LawWW3-5 Newton's 2nd Law

3-6 Interaction Forces3-6 Interaction ForcesWW3-6 Interaction Forces

Lesson 3-4 Calculating ForcesLesson 3-4 Calculating ForcesWWLesson 3-4 Calculating Forces

Lesson 3-3 Identifying ForcesLesson 3-3 Identifying ForcesWWLesson 3-3 Identifying Forces

Lesson 3-2 Intro to ForcesLesson 3-2 Intro to ForcesWWLesson 3-2 Intro to Forces

Lesson 3-1 VectorsLesson 3-1 VectorsWWLesson 3-1 Vectors

Lesson 2-7 Acceleration in Free Fall & ProjectilesLesson 2-7 Acceleration in Free Fall & ProjectilesWWLesson 2-7 Acceleration in Free Fall & Projectiles

Lesson 2-6 Applying Motion Graphs & EquationsLesson 2-6 Applying Motion Graphs & EquationsWWLesson 2-6 Applying Motion Graphs & Equations

2-5 Instantaneous Velocity2-5 Instantaneous VelocityWW2-5 Instantaneous Velocity

Lesson 2-4 Motion Maps and AccelerationLesson 2-4 Motion Maps and AccelerationWWLesson 2-4 Motion Maps and Acceleration

Lesson 2-2 Motion Lab and TermsLesson 2-2 Motion Lab and TermsWWLesson 2-2 Motion Lab and Terms

Explorations in Science Teaching at ASUExplorations in Science Teaching at ASUWWExplorations in Science Teaching at ASU

Spring 2015 Nature of Science Education Part IISpring 2015 Nature of Science Education Part IIWWSpring 2015 Nature of Science Education Part II

Leson 2-1 Intro to MotionLeson 2-1 Intro to MotionWWLeson 2-1 Intro to Motion

Lesson 1-5 Unit 1 ClosureLesson 1-5 Unit 1 ClosureWWLesson 1-5 Unit 1 Closure

Lesson 1-4 Non-linear Math ModelsLesson 1-4 Non-linear Math ModelsWWLesson 1-4 Non-linear Math Models

1-3 Graphing with Technology; Density1-3 Graphing with Technology; DensityWW1-3 Graphing with Technology; Density

1-1 Introduction to PHS 110 Spring 20151-1 Introduction to PHS 110 Spring 2015WW1-1 Introduction to PHS 110 Spring 2015

Copy of 1-3 Applying Linear ModelsCopy of 1-3 Applying Linear ModelsWWCopy of 1-3 Applying Linear Models

1-2 Linear Models1-2 Linear ModelsWW1-2 Linear Models

ASU PhysTEC May 2015ASU PhysTEC May 2015WWASU PhysTEC May 2015

4-6 Resistance and Energy Quiz4-6 Resistance and Energy QuizWW4-6 Resistance and Energy Quiz

4-5 Simple Circuits Fall 20144-5 Simple Circuits Fall 2014WW4-5 Simple Circuits Fall 2014

Lesson 4-4 Work-Energy TheoremLesson 4-4 Work-Energy TheoremWWLesson 4-4 Work-Energy Theorem

Lesson 4-2 Energy EquationsLesson 4-2 Energy EquationsWWLesson 4-2 Energy Equations

Lesson 4-1 Energy in a SpringLesson 4-1 Energy in a SpringWWLesson 4-1 Energy in a Spring

3-5 Newton's 2nd Law3-5 Newton's 2nd LawWW3-5 Newton's 2nd Law

3-4 Calculating Forces3-4 Calculating ForcesWW3-4 Calculating Forces

Lesson 3-3 Identifying ForcesLesson 3-3 Identifying ForcesWWLesson 3-3 Identifying Forces

Lesson 3-2 Intro to ForcesLesson 3-2 Intro to ForcesWWLesson 3-2 Intro to Forces

Lesson 3-1 VectorsLesson 3-1 VectorsWWLesson 3-1 Vectors

Lesson 2-7 Acceleration in Free Fall & ProjectilesLesson 2-7 Acceleration in Free Fall & ProjectilesWWLesson 2-7 Acceleration in Free Fall & Projectiles

Lesson 2-6 Applying Motion Graphs & EquationsLesson 2-6 Applying Motion Graphs & EquationsWWLesson 2-6 Applying Motion Graphs & Equations

2-5 Instantaneous Velocity2-5 Instantaneous VelocityWW2-5 Instantaneous Velocity

2-4 Motion Maps and Acceleration2-4 Motion Maps and AccelerationWW2-4 Motion Maps and Acceleration

Lesson 2-3 Applying Constant VelocityLesson 2-3 Applying Constant VelocityWWLesson 2-3 Applying Constant Velocity

Lesson 2-2 Motion Lab and TermsLesson 2-2 Motion Lab and TermsWWLesson 2-2 Motion Lab and Terms

Leson 2-1 Intro to MotionLeson 2-1 Intro to MotionWWLeson 2-1 Intro to Motion

Class 5: Ch 4 on Newton's LawsClass 5: Ch 4 on Newton's LawsWWClass 5: Ch 4 on Newton's Laws

1-6 Unit 1 Closure1-6 Unit 1 ClosureWW1-6 Unit 1 Closure

1-5 Applying non-linear Math Models1-5 Applying non-linear Math ModelsWW1-5 Applying non-linear Math Models

Lesson 1-4 Non-linear Math ModelsLesson 1-4 Non-linear Math ModelsWWLesson 1-4 Non-linear Math Models

1-3 Applying Linear Models1-3 Applying Linear ModelsWW1-3 Applying Linear Models

Graphing with TechnologyGraphing with TechnologyWWGraphing with Technology

1-2 Measurement & Models1-2 Measurement & ModelsWW1-2 Measurement & Models

1-1 Introduction to PHS 110 Fall 2014 1-1 Introduction to PHS 110 Fall 2014 WW1-1 Introduction to PHS 110 Fall 2014

PHY 121 VectorsPHY 121 VectorsWWPHY 121 Vectors

Welcome to PHY 121Welcome to PHY 121WWWelcome to PHY 121

PhysTEC Freshman Welcome 2014PhysTEC Freshman Welcome 2014WWPhysTEC Freshman Welcome 2014

Introduction to EnergyIntroduction to EnergyWWIntroduction to Energy

CollisionsCollisionsWWCollisions

Superman and Space AliensSuperman and Space AliensWWSuperman and Space Aliens

Intro to ForcesIntro to ForcesWWIntro to Forces

5-3 Resistance is Futile Spring 20145-3 Resistance is Futile Spring 2014WW5-3 Resistance is Futile Spring 2014

5-2 Capacitors & Charge Flow Spring 20145-2 Capacitors & Charge Flow Spring 2014WW5-2 Capacitors & Charge Flow Spring 2014

5-1 Bulbs & Batteries Spring 20145-1 Bulbs & Batteries Spring 2014WW5-1 Bulbs & Batteries Spring 2014

4-4 Energy & Power: What is a Watt?4-4 Energy & Power: What is a Watt?WW4-4 Energy & Power: What is a Watt?

4-4 Energy & Power4-4 Energy & PowerWW4-4 Energy & Power

4-2 Energy Equations4-2 Energy EquationsWW4-2 Energy Equations

4-1 Energy in a Spring4-1 Energy in a SpringWW4-1 Energy in a Spring

4-? Qualitative Introduction to Energy4-? Qualitative Introduction to EnergyWW4-? Qualitative Introduction to Energy

3-6 Newton's 3rd Law3-6 Newton's 3rd LawWW3-6 Newton's 3rd Law

Newton's 2nd LawNewton's 2nd LawWWNewton's 2nd Law

Copy of Copy of 3-4 Applying NewtonCopy of Copy of 3-4 Applying NewtonWWCopy of Copy of 3-4 Applying Newton

3-4 Applying Newton3-4 Applying NewtonWW3-4 Applying Newton

3-3 Identifying & Measuring Forces3-3 Identifying & Measuring ForcesWW3-3 Identifying & Measuring Forces

3-2 Intro to Forces3-2 Intro to ForcesWW3-2 Intro to Forces

3-1 Vectors3-1 VectorsWW3-1 Vectors

2-6 Acceleration in Free Fall & Motion Closure2-6 Acceleration in Free Fall & Motion ClosureWW2-6 Acceleration in Free Fall & Motion Closure

2-5 Applying Motion Graphs & Equations2-5 Applying Motion Graphs & EquationsWW2-5 Applying Motion Graphs & Equations

2-4 Instantaneous Velocity2-4 Instantaneous VelocityWW2-4 Instantaneous Velocity

2-3 Motion Maps and Acceleration2-3 Motion Maps and AccelerationWW2-3 Motion Maps and Acceleration

Why Teach Physics?Why Teach Physics?WWWhy Teach Physics?

2-2 Applying Constant Velocity2-2 Applying Constant VelocityWW2-2 Applying Constant Velocity

2-1 Defining "How Far?"2-1 Defining "How Far?"WW2-1 Defining "How Far?"

Copy of 2-1 Motion Unit Introduction.Copy of 2-1 Motion Unit Introduction.WWCopy of 2-1 Motion Unit Introduction.

1-5 Unit 1 Closure; Unit 2 Intro1-5 Unit 1 Closure; Unit 2 IntroWW1-5 Unit 1 Closure; Unit 2 Intro

1-4 Applying Math Models1-4 Applying Math ModelsWW1-4 Applying Math Models

1-3 Non-linear Math Models1-3 Non-linear Math ModelsWW1-3 Non-linear Math Models

1-2 Mathematical Modeling1-2 Mathematical ModelingWW1-2 Mathematical Modeling

1-1 Introduction to PHS 1101-1 Introduction to PHS 110WW1-1 Introduction to PHS 110

5-2 Capacitors & Charge Flow5-2 Capacitors & Charge FlowWW5-2 Capacitors & Charge Flow

5-1 Bulbs & Batteries Fall 20135-1 Bulbs & Batteries Fall 2013WW5-1 Bulbs & Batteries Fall 2013

4-3 Energy Equations4-3 Energy EquationsWW4-3 Energy Equations

4-2 Calculating Elastic Energy4-2 Calculating Elastic EnergyWW4-2 Calculating Elastic Energy

4-1 Qualitative Introduction to Energy4-1 Qualitative Introduction to EnergyWW4-1 Qualitative Introduction to Energy

3-6 Newton's 3rd Law3-6 Newton's 3rd LawWW3-6 Newton's 3rd Law

3-5 Newton's 2nd Law3-5 Newton's 2nd LawWW3-5 Newton's 2nd Law

3-4 Applying Newton3-4 Applying NewtonWW3-4 Applying Newton

3-3 Identifying & Measuring Forces3-3 Identifying & Measuring ForcesWW3-3 Identifying & Measuring Forces

3-2 Intro to Forces3-2 Intro to ForcesWW3-2 Intro to Forces

2-7 Acceleration in Free Fall & Motion Closure2-7 Acceleration in Free Fall & Motion ClosureWW2-7 Acceleration in Free Fall & Motion Closure

2-6 Motion Equations for Constant Acceleration2-6 Motion Equations for Constant AccelerationWW2-6 Motion Equations for Constant Acceleration

2-5 Instantaneous Velocity2-5 Instantaneous VelocityWW2-5 Instantaneous Velocity

2-4 Motion Maps and Acceleration2-4 Motion Maps and AccelerationWW2-4 Motion Maps and Acceleration

ASU PhysTEC Update AAPT Sept 2013ASU PhysTEC Update AAPT Sept 2013WWASU PhysTEC Update AAPT Sept 2013

2-3 Applying Constant Velocity2-3 Applying Constant VelocityWW2-3 Applying Constant Velocity

2-2 Definition of Motion Terms2-2 Definition of Motion TermsWW2-2 Definition of Motion Terms

2-1 Motion Unit Introduction.2-1 Motion Unit Introduction.WW2-1 Motion Unit Introduction.

Lesson 1-6 Unit 1 QuizLesson 1-6 Unit 1 QuizWWLesson 1-6 Unit 1 Quiz

1-5 Scientific Thinking Summary1-5 Scientific Thinking SummaryWW1-5 Scientific Thinking Summary

Lesson 1-4 Non-linear Math ModelsLesson 1-4 Non-linear Math ModelsWWLesson 1-4 Non-linear Math Models

1-3 Mathematical Modeling1-3 Mathematical ModelingWW1-3 Mathematical Modeling

Nature of Science Education Part IINature of Science Education Part IIWWNature of Science Education Part II

The Nature of Science and Science EducationThe Nature of Science and Science EducationWWThe Nature of Science and Science Education

1-2 Measurement & Fundamental Quantities1-2 Measurement & Fundamental QuantitiesWW1-2 Measurement & Fundamental Quantities

Motion DiagramsMotion DiagramsWWMotion Diagrams

1-1 Welcome to PHS 1101-1 Welcome to PHS 110WW1-1 Welcome to PHS 110

PhysTEC Freshman Welcome 2013PhysTEC Freshman Welcome 2013WWPhysTEC Freshman Welcome 2013

Modeling Instruction & MathematicsModeling Instruction & MathematicsWWModeling Instruction & Mathematics

Physics Departmental CulturePhysics Departmental CultureWWPhysics Departmental Culture

Motion Graph SummaryMotion Graph SummaryWWMotion Graph Summary

Modeling Instruction in PhysicsModeling Instruction in PhysicsWWModeling Instruction in Physics

ASU PhysTEC Student Opps with new BSASU PhysTEC Student Opps with new BSWWASU PhysTEC Student Opps with new BS

ASU PhysTEC Student Opps With new BS IIASU PhysTEC Student Opps With new BS IIWWASU PhysTEC Student Opps With new BS II

ASU PhysTEC Student Opportunities IIASU PhysTEC Student Opportunities IIWWASU PhysTEC Student Opportunities II

General Info: PhysTEC at Arizona State UniversityGeneral Info: PhysTEC at Arizona State UniversityWWGeneral Info: PhysTEC at Arizona State University

ASU PhysTEC Student OpportunitiesASU PhysTEC Student OpportunitiesWWASU PhysTEC Student Opportunities