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Advanced Placement Physics 1 Assignments


Homework Hints from Glencoe

Homework Hints is a collection of tips on studying, memorization, and test preparation. Collected from students, these are the top hints that work for them. You will find 18 homework hints.

To choose the right ones for you, follow the steps below:

Step 1. On a sheet of paper, list three problems you have when you study.

Step 2. Take a look at the Homework Hints.

Step 3. Choose the top three hints you think will work for you and start using them.

Homework Hints

Active Association Avoid Distractions Break it Up
Eliminate Procrastination Exercise Get Some Rest
Go All Out Mind Mapping Mnemonics
Multicultural Music Nutrition Tip Scan Read
Short Attention Span Technology Tip Tell a Story
Test Prep Tricks and Techniques

Write it Down

Active Association. Say you’re going to give a presentation and you want to memorize it. Move around your home. Start in your room for the beginning of the presentation, go to other rooms for the middle, then end up in the kitchen for the conclusion of your speech.  This memory association system isn’t new—philosophers in Ancient Greece and Rome would remember speeches by linking parts of the speech with parts of their homes. This makes it easy for you as you can mentally take a tour of your home while recalling your presentation. This method works for other studying, too.
- Wayne Rasmussen

Avoid Distractions. Separate yourself from any and all distractions in order to study and complete your assignments. Going to the library really helps because you get a lot of work done. It has resources that are easily available if you need them.
- Kelsea Kanahele

Break It Up. To memorize a lot of information, break it up into small groups. Also, writing it out for yourself helps your memory by writing and seeing the words.
- Shefali Parekh

Eliminate Procrastination. When you have a large project or paper with a seemingly distant deadline, set mini deadlines at regular intervals and keep to them. By working the project into a regular schedule, it becomes part of your weekly routine. This way it’s possible to eliminate procrastination. For example, if the deadline is two weeks away set aside an hour every day or every other day. You’ll complete higher quality work, without as much last-minute stress.
- Ariane White

Exercise. Exercise is very important. You often think you’re too tired or don't have time, but twenty to thirty minutes of exercise will wake you up and give you the energy to get some serious work done. If you're going to take a break from studying, exercise first to keep your brain active.
- Mayukh Bose

Get Some Rest. Study for a test by revising the work for the particular subject over a few days preceding the test. That way if you have any problems you have time to ask for help. On the night before the test you can concentrate on what you are being tested on rather than trying to figure out how to solve a problem. A good night sleep is also important. Rather go to sleep if it's getting late and you can't keep your eyes open, then wake up early for any short-term memorization.
- Robert Salucci

Go All Out. Outstanding athletes, star performers, skilled musicians—what’s their secret of success? They go all out. To be an excellent student, go all out! This doesn’t just apply to homework, quizzes, and tests, but also to all areas of your life. Your attitude makes all the difference. Start now and go all out for lifelong learning.
- Meetal Gandhi

Mind Mapping. Use mind maps, such as drawing an oval in the middle of the page for the main topic, then drawing spokes to other ovals. Write subtopics in the branched ovals. It’s a great visual learning activity for getting your right brain working and increasing your comprehension, creativity, and recall. For example, I draw a map for each chapter, with the chapter title in the middle. Then I write the chapter headings in ovals around. You can also use mind mapping for notes and planning essays.
- Pauline Holloway

Mnemonics. Often, the best way to remember a word, a phrase, or a presentation is to create a mnemonic device. Use acronyms, such as scuba (self-contained underwater breathing apparatus). Make up your own. Unusual or humorous acronyms and associations are easier to remember. Use rhymes and rhythms, such as rap. Many people learn to spell Mississippi by emphasizing all the i’s to make the word rhythmic.
- Louie Siongco

Multicultural Music. Listen to music in another language while you’re studying. This way it helps you relax and focus but you’re not distracted by the words.
- Darren Shinichiro Endo

Nutrition Tip. It’s always good to have breakfast in the morning and eat fruit before the exam to give you a quick boost.
- Laurice Alaan

Scan Read. Always scan through an article or chapter you’re about to read. Ask yourself questions such as: What’s the main point? What makes this happen? What are the important words? Look for things that catch your eye to get a feel for what you’re about to read. For example, I'll often start reading in the middle of a chapter and then come back to the beginning. Knowing where you're headed makes getting there all the easier. I've found I learn more when I do this.
- Matthew Arnold

Short Attention Span. If you know your attention span is short, study in short time segments of 15, 20, or 30 minutes. Take a short break and then get right back to studying. If you’ve got chores to do, such as laundry, list them for your short breaks. Keep to your study and break plan. This way you feel good about yourself and feel good about what you’re accomplishing.
- Irene Barnard

Technology Tip. A good study strategy is to rewrite the notes you take in class using a software program designed for mind mapping and outlining. Outlines can be viewed as a map. It’s often easier to see how main ideas are related to one another and to sub-topics when you see them as a map. This software is also good for preparing essays. You can review materials and focus on the main idea and supporting topic sentences. If you search on the Internet you can find many sample outline and mind-mapping programs.
- Suzanne Feit

Tell a Story. Get into small study groups and go through the material together. By teaching each other and telling the story to someone else, you know you've learned the material well. Develop quizzes and test each other. Success in the world of work relies on team skills. Studying in a group helps you learn to get along with different people.
- Vicki Yang

Test Prep. Review all your notes and materials three to five days before the exam. Then you can have questions ready ahead of time to ask your teacher or classmates.
- Betty Ta

Tricks and Techniques.

Memorizing. Write definitions over and over again on a piece of paper or type them on a computer. The repetition works well and helps with memorizing.

Studying. Being in an uncomfortable environment helps with studying. Sit up or stand. You might get sleepy if you’re too comfortable (i.e., sitting on a bed).

Organization. Use tabs to organize notes for quick reference. Keep a schedule book, or a planner. Make your due dates and assignments noticeable on a calendar.

Food. Keep something small next to you so you can munch on it while you study. Sometimes when you are hungry for something, you waste your time preparing food and cleaning up.
- Minh Tong

Write it Down. Create a master list of all the formulas in a particular subject. Use this as a study aid. For a particular difficult formula that you can't remember, review your study aid to read the formula right before the test is handed out and then immediately write the formula down somewhere on the answer sheet.
- Ronnie Purnell
















Walker Physics Practice tests and more - Click Here
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Practice Problems with Answers - Click Here

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Practice Problems and Handouts


***The answer keys to these assignments can be found by clicking here***

    1. AP Physics 1 Equation Sheet
    2. Conversion Table
    3. Common Variable Representation Chart
    4. Graph Paper
    5. Paper Protractor
    6. Trigonometric Ratios Table
    7. Trigonometric Ratios Conversion Table
    8. Computer Shortcuts
    9. AP Statistical Analysis Guidelines
    1. Chapter 1 Notes
    2. Chapter 1 Assignment
    3. NOTES- Cornell Note Taking System Handout
    4. NOTES- Cornell Notes Template
    5. Scientific Method Problem Sheet
    6. Measurement Systems Problem Sheet
    7. Dimensional Analysis
    8. NOTES- Factor Label Notes
    9. NOTES- Conversion Table
    10. Conversion Problems
    11. NOTES- Computer Shortcuts
    12. NOTES- Exponents Notes Handout
    13. Scientific Notation
    14. NOTES- Accuracy and Precision Notes
    15. NOTES- Vernier Caliper and Micrometer Handout
    16. Vernier Caliper and Micrometer Problem Sheet
    17. NOTES- Atlantic & Pacific Rule Handout
    18. Significant Figures Problem Sheet
    19. Order of Magnitude Problem Sheet
    20. AP Statistical Analysis Guidelines
    21. Error Calculations Problem Sheet
    22. NOTES- Table and Graph Requirements Handout
    23. NOTES- Least Square Handout
    24. NOTES- Types of Coordinate Systems Handout
    25. NOTES- Types of Equations Handout
    26. Proportionality
    27. Graphing Practice Problem Sheet
    28. NOTES- Problem Solving Handout
    1. Chapter 2 Notes
    2. Right Hand Rule / Pythagorean Theorem
    3. NOTES- Reading/Note Taking Sheet (SQ4R)
    4. Frames of Reference / Distance vs. Displacement
    5. NOTES- Common Variable Representation Chart
    6. NOTES- Brief History of Motion
    7. NOTES- Proper Problem Solving Procedure (PPSP)
    8. Average Velocity - Getting use to manipulating the equation
    9. Average Velocity of a trip
    10. Average Velocity vs Speed
    11. Advanced Average Velocity
    12. Acceleration Equation
    13. Slope
    14. Area Under Curves
    15. Graphical Interpretation of Instantaneous and Average Velocity
    16. Velocity and Acceleration Together Introduction
    17. NOTES- Graphical Interpretation Ideas
    18. Graphical Interpretation of Instantaneous and Average Acceleration
    19. Graphing Displacement, Velocity, and Acceleration
    20. 1st Kinematic
    21. 2nd Kinematic
    22. 3rd Kinematic
    23. Algebraic Manipulation of the Kinematic Equations
    24. Graphs of the Kinematic Functions Notes
    25. Kinematic 1
    26. Kinematic 2
    27. Quadratic Equation
    28. NOTES- History of Physics Aristotle to Newton
    29. Free Fall Graphical Representation
    30. Kinematic and Free Fall 1
    31. Kinematic and Free Fall 2
    32. Advanced Kinematics 1
    33. Advanced Kinematics 2
    34. NOTES- Galileo Galilei
    35. More Kinematics 1
    36. More Kinematics 2
    37. Graphical Interpretation (Extra Practice)
    38. Kinematic Extra Problems 1 (Extra Practice)
    39. Kinematic Problems (Extra Practice)
    1. Chapter 3 Notes
    2. Properties of Vectors Handout
    3. Vector Terms
    4. Vector Addition Graphically 1
    5. Vector Addition Graphically 2
    6. Coordinate Systems Notes
    7. Converting Radians to Degrees
    8. Trigonometric Ratios Table
    9. Trigonometric Ratios Conversion Table
    10. Trigonometric Ratios
    11. Solving for Sides
    12. Solving for Angles
    13. Solving for Triangles
    14. Graphing Trigonometric Functions in Excel
    15. Vector Components
    16. Resolving Vectors Notes
    17. Vector Addition Analytically 1
    18. Vector Addition Analytically 2
    19. Converting Between Coordinate Systems
    1. Chapter 4 Notes
    2. Projectile Motion Variable Notes
    3. Derivation Of Symmetrical Projectile Motion Equations
    4. Symmetrical Projectile Motion
    5. Advanced Symmetrical Projectile Motion
    6. Non-Symmetrical Projectile Motion 1
    7. Non-Symmetrical Projectile Motion 2
    8. Advanced Non-Symmetrical Projectile Motion
    9. Relative Velocity
    10. Advanced Relative Velocity
    1. Chapter 5 Notes
    2. 10 in Demand Job Skills
    3. Types of Forces
    4. Inertia
    5. Newton's Second Law 1
    6. Weight vs Mass
    7. Newton's Second Law 2
    8. Newton's Third Law 1
    9. Newton's Third Law 2
    10. Newton's 3 Laws (Theory Review)
    11. Elevator Problem
    12. Solving for Equilibrium 2D
    13. 1D Force Problems (Multiple Forces)
    14. 2D Combined Force Problems
    15. Connected Mass
    16. Tension
    17. NFL Cameras
    18. Connected Mass and Tension
    19. Calculating the Normal and the Parallel Forces
    20. Frictionless Incline Problems 1
    21. Frictionless Incline Problems 2
    22. Applied Force 1
    23. Applied Force 2
    24. Combined Topic Force Problems
    1. Chapter 6 Notes
    2. Coefficient of Friction Handout
    3. Friction Introduction
    4. Friction 1
    5. NASCAR Tires
    6. Friction 2
    7. Advanced Friction
    8. Skids
    9. Applied Force on an Incline
    10. Force Solver
    11. 10 Step Example
    12. Advanced Force Problems 1
    13. Advanced Force Problems 2
    14. Advanced Force Problems 3
    15. Air Resistance Notes
    16. Air Resistance and Terminal Velocity
    17. Pressure
    18. Friction Review
    19. Advanced Force Problems 4
    1. Chapter 7 Notes
    2. Forms of Energy Diagram
    3. Work 1
    4. Work 2
    5. Kinetic Energy and Work
    6. Kinetic Energy and Work 2
    7. Gravitational Potential Energy
    8. Power 1
    9. Power 2
    10. Energy of Walking
    11. Conservation of Energy 1
    1. Chapter 8 Notes
    2. Hooke's Law Notes
    3. Hooke's Law
    4. Periodic Motion
    5. Simple Harmonic Motion (Springs)
    6. Acceleration and Velocity of a Spring
    7. Elastic Potential Energy
    8. Pendulums
    9. Foucault Pendulum Notes
    10. Conservation of Energy 2
    11. Energy Table Review
    12. Blank Energy Table
    13. Nonconservation of Energy
    14. Work Done By Varying Forces
    1. Chapter 9 Notes
    2. Introduction to Momentum
    3. Impulse
    4. Force vs Time Graphs
    5. Conservation of Momentum
    6. Types of Collisions (Serway, Holt Physics, P.220)
    7. Inelastic Collision
    8. Inelastic Collision 2
    9. Elastic Collision Algebraic Analysis
    10. Elastic Collision Equation (Solved).
    11. Elastic Collision
    12. Energy and Momentum Concept Map
    13. Advanced Momentum
    14. Glancing Collisions (2D and 3D)
    15. Penny Dropped from the Empire State Building
    16. Conceptual Momentum
    1. Chapter 10 Notes
    2. Unit Circle Handout
    3. Angular Displacement
    4. Angular Velocity
    5. Angular Acceleration
    6. Angular Kinematics
    7. Tangental Relationships
    8. Dot Product
    9. Cross Product Notes
    10. Cross Product
    11. Torque 1
    12. Center of Mass
    13. Torque 2
    14. Torque 3
    15. Torque 4
    16. Rotational and Translational Equilibrium Handout
    1. Rotational Dynamics
    2. Rotational Dynamics 2
    3. Rotational Dynamics Advanced (NOT ON TEST - Enrichment)
    4. Rotational Dynamics Conceptually
    5. Rotational Motion Summary
    6. Machines & Efficiency
    7. Machines & Efficiency 2
    8. Machines & Efficiency 3 (Including Answers)
    1. Chapter 8 Notes
    2. Centripetal Acceleration
    3. Centripetal Force
    4. Banked Curve Derivation (NOTES)
    5. Horizontal Circles Derivation (NOTES)
    6. Centripetal Force Applications
    7. Vertical Circles Derivation (NOTES)
    8. Centripetal Force Applications 2
    9. Center of Gravity & Circular Motion Summary
    10. Total Acceleration
    11. Kepler's Laws
    12. Gravitation Data
    13. Star Distance
    14. Newton's Law of Universal Gravitation
    15. Newton's Law of Universal Gravitation 2
    16. Satellite Motion
    17. Advanced Law of Gravitation
    18. Advanced Kepler's Laws w/ Newton's Laws of Gravitation
    19. SETI AND MORE
    20. More Rotational Concepts
    1. Chapter 13 Assignment
    2. Cosine Functions
    3. Properties of Waves
    4. Interference
    5. Chapter 14 Assignment
    6. Sound Waves
    7. Musical Instruments
    8. The Doppler Effect
    1. Chapter 1
    2. Chapter 2
    3. Chapter 3
    4. Chapter 4
    5. Chapter 5 & 6
    6. Chapter 7
    7. Chapter 8
    8. Chapter 9
    9. Chapter 10
    10. Chapter 11
    11. Chapter 12
    12. Chapter 13
    13. Chapter 14
    1. Procedure and Grading Rubric
    2. Wiki Submittal Procedure
    3. Wiki Add Image Procedure
    4. Wiki Math Text Procedure
    1. Outline of the Course
    1. AP Statistical Analysis Guidelines
    2. Plagiarism
    3. Statistical Analysis Notes
    4. UofPenn Lab Manual - Error Section
    5. Rice University Lab Manual - Error Section

    1. 01-1:Fortune Fish Lab
    2. 01-1: Fortune Fish Lab (Grading Rubric)
    3. 01-2:Excel Lab
    4. 01-2: Excel Lab (Grading Rubric)
    5. 01-7: Circumference Analysis
    6. 01-7:Density Table
    7. 01-V1: Graping Lines (Demo-PhET)
    8. 01-V2: Curve Fit - Least Square
    9. 01-7: Error Analysis Check List

    10. ------------------------------------
    11. 02-1:What's my motion Part 1
    12. 02-1:What's my Motion Pasco Files
    13. 02-1:What's my Motion Part 2 Pasco Files

    14. 02-4: Remote Control Car Inquiry Lab
    15. 02-7: Does Paper Fall Like a Book Activity
    16. 02-9: Picket Fence Free Fall
    17. 02-11:Reaction Time
      ------------------------------------
    18. 03-1: Flow Charting
    19. 03-1: Flow Charting Notes
    20. 03-1: Lucid Chart Software
    21. 03-2: Addition and Resolution of Vectors Handout
      ------------------------------------
    22. 04-6: Projectile Lab
      ------------------------------------
    23. 05-1:Inertia Balance
    24. 05-2:Mass vs. Weight
    25. 05-2:Mass vs. Weight Capstone File
    26. 05-V1: Forces and Motion (Demo-PhET)
    27. 05-3:Newton's Third Law
    28. 05-3:Newton's Third Law Capstone File
    29. 05-4: Weight on an Elevator Demo
    30. 05-4: Weight on an Elevator Lab
    31. 05-5:Static Equilibrium - Hanging Lab
    32. 05-6:Static Equilibrium - Incline Plane Lab
    33. 05-8: Atwood's Machine
      ------------------------------------
    34. 06-9:Friction Lab
    35. 06-V1: Friction (Demo-PhET)

    36. 06-10: Friction Graph

    37. 06-11: Pressure Lab

    38. 06-12: Coffee Filtter Lab

    39. 06-13: Viscosity
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    40. 07-3:Measure Your Own Power
    41. 07-V1: Energy Skate Park(Demo-PhET)
    42. 07-V2: Conservation of Energy in the Skate Park (Concord Consortium Activity)
    43. 07-4: Conservation of Energy Lab (Motion Sensor)
    44. 07-5: Conservation of Energy Lab (Photogate)
      ------------------------------------
    45. 08-V3: Masses & Springs(Demo-PhET)
    46. 08-7: Hooke's Law, The Period of a Spring, and Elastic Potential Energy
    47. 08-7: Hooke's Law, The Period of a Spring, and Elastic Potential Energy Data Table
    48. 08-V4: Spring Energy(Demo)
    49. 08-7: Part 4 Example
    50. 08-V5: Pendulum Lab(Demo-PhET)
    51. 08-9:Pendulum
    52. 08-9: Pendulum Table
      ------------------------------------
    53. 09-V1: 1D Collision(Demo-PhET)
    54. 09-V2: 2D Collision(Demo-PhET)
    55. 09-1: Momentum and Impulse
    56. 09-1: Momentum and Impulse Capstone File
    57. 09-3: Conservation of Momentum
    58. 09-3: Conservation of Momentum Capstone File
    59. ------------------------------------
    60. 10-2:Torque Lab
    61. 10-V1: Torque (Demo-PhET)
      ------------------------------------
    62. 11-3:Moment of Inertia Lab
    63. ------------------------------------
    64. 12-1: Centripetal Motion Lab
    65. 12-1: Centripetal Motion Lab (NEW)
    66. 12-1: Centripetal Motion Lab Capstone File (NEW)
    67. 12-3: Amusement Park Swing (Demo)
    68. 12-V1: Horizontal Circles (Demo)
    69. 12-V1: Vertical Circles(Demo)
    70. 12-5: Kepler's 3 Laws Lab Lab
    71. 12-V1: Kepler's 1st Law Laws(Demo)
    72. 12-V2: Kepler's Second Laws(Demo)
    73. 12-V2: Kepler's Second Laws(Demo 2)
    74. 12-V3: Newton's Cannon (Demo)
    75. 12-V3: Planatary Motion (Demo)
    76. 12-V4: The Seasons(Demo)
    77. 12-V5: Lunar Phase(Demo)
    78. 12-V6: Eclipses(Demo)
    79. 12-V7: Escape Velocity(Demo)
      ------------------------------------
    80. 13-2:Waves on a String
    81. 13-2: Waves on a String Data Sheet
    82. 13-1: Simple Harmonic Motion
    83. 13-2: Waves on a String (Inquiry Based)
    84. 13-2: Waves on a String (Inquiry Based)(Grading Rubric)
      ------------------------------------
    85. 14-1: Longitudinal Waves on a Spring (DEMO)
    86. 14-2:Speed of Sound
    87. 14-2 Oscilloscope / Signal Generator Introduction
    88. 14-2:Speed of Sound
    89. 14-3:Chladni Plates (DEMO)
    90. 14-4:Intensity of Sound
    91. 14-5: Sympathetic Tuning Fork and Beat (Demo)
    92. 14-V1: Doppler Effect(Demo)
    93. 14-6:Doppler Rocket (Demo)
    94. 14-6:String Telephone (Demo)
    95. 14-7:Bell in the Jar (Demo)
    96. 14-8: Speakers Creating Interference
    97. 14-V8: Beats (Demo)
    1. 15-V1: Buoyancy (Demo-PhET)
    2. 15-2: Archimedes' Principal Lab (W/Balance).pdf
    3. 15-2: Archimedes' Principal Lab (W/ Force Senor).pdf
    4. 15-V2: Balloons (Demo-PhET)
    5. 15-V3: Fluid, Pressure, and Flow (Demo-PhET)
    6. 15-17: Bernoulli's Principle
    7. 15-18: Flow Rate - Tower/Can Problem
    8. 15-20: Flow Rate - Water Fall
      ------------------------------------
    9. 16-V1: Gas Properties (Demo-PhET)
    10. 16-V1: States of Matter (Demo-PhET)
    11. 17-1: Transfer of Heat in Liquids
    12. 17-2: Specific Heat of a Solid
    13. 17-2: Specific Heat of a Solid Spreadsheet
    14. 17-3:Heat of Fusion
    15. 17-V2: Energy Forms and Changes (Demo-PhET)
    16. 17-5: A Cool Glass of Water Case Study
      ------------------------------------
    17. 19-1:Triboelectric Series
    18. 19-2:Electroscope (Demo)
    19. 19-V1: John Travoltage (Demo-PhET)
    20. 19-V2: Balloons and Static Electricity(Demo-PhET)
    21. 19-4: Charge Producers and Proof Plane(Introduction)
    22. 19-5:Faraday's Ice Pail
    23. 19-6:Charge Distribution
    24. 19-V4: Electrostatics (Concord Consortium Activity)
    25. 19-7:Coulomb's Law
    26. 19-V4: Charges and Fields (Demo-PhET)
    27. 19-V5: Electric Field of Dreams (Demo-PhET)
    28. 19-V6: Electric Field Hockey (Demo-PhET)
    29. 19-9: Electric Field Mapping
    30. 19-9: Electric Field Mapping (Additional Layouts)
      ------------------------------------
    31. 20-V1: Capacitors (Demo-PhET)
    32. 20-2: Parallel Plate Capacitors
    33. 20-3: Parallel Plate Capacitors (Pasco)
    34. 20-4:Breadboard
    35. 20-4:Breadboard Model Simulator
    36. 20-4: Capacitors in Series and Parallel
    37. 20-V2: Capacitors and Spring Comparison
      ------------------------------------
    38. 21-1A:Penny Battery
    39. 21-1B:Lemon Battery
    40. 21-V1: Voltaic Cell(Demo-Simulation)
    41. 21-V2: Ohm's Law (Demo-PhET)
    42. 21-V3: Resistance in a Wire (Demo-PhET)
    43. 21-V4: Battery-Resistor Circuit (Demo-PhET)
    44. 21-V5: Electric Current(Concord Consortium Activity)
    45. 21-V6: DC Circuit Construction Kit(Demo-PhET)
    46. 21-3:Propagated
    47. 21-3: Propagated
    48. 21-4:What is a Multimeter
    49. 21-4.5:Properties of Resistance Inquary Lab
    50. 21-4:Advanced Multimeter
    51. 21-4:Multimeter Worksheet
    52. 21-5: Series and Parallel DC Circuits
    53. 21-5: Circuit Analysis (Inquiry Based)
    54. 21-6:Resistors Lab 1 and 2
    55. 21-6:Resistors Lab 4, 5 and 6
    56. 21-7:Ohm's Law
    57. 21-8:Kirchoff's Law
    58. 21-9:Wheatstone Bridge
    59. 21-10:RC Circuit Lab
    60. 21-12:Electric Equivalent of Heat
      ------------------------------------
    61. 22-1: Dip Needle
    62. 22-V1: Earths Magnetic Field(Demo-PhET)
    63. 22-V2: Magnetic Field Lines(Demo-PhET)
    64. 22-3: 3-D Magnetic Field Demonstrator
    65. 22-V3: Ampere's Law (Demo)
    66. 22-7: Counter Balance (2 Amp Max)
      ------------------------------------
    67. 23-V1: Faraday's Law(Demo-PhET)
    68. 23-V2: Faraday's Law / Transformers/Generators(Demo-PhET)
    69. 23-4: Electromagnetic Induction (Pasco Voltage Sensor)
      ------------------------------------
    70. 24-1:AC Electronics Labs
      ------------------------------------
    71. 25-1: Polarization - Law of Malus'
      ------------------------------------
    72. 26-1:Reflection
    73. 26-2:Snell's Law
    74. 26-V1: Bending Light(Demo-PhET)
    75. 26-3: Total Internal Reflection
    76. 26-V2: Virtual Optics Bench
    77. 26-V3: Geometric Optics(Demo-PhET)
    78. 26-5:Lenses
    79. 26-6:Hallow Lenses
    80. 26-7:Apparent Depth
    81. 26-8: Reversibility and Dispersion
    82. 26-12:Shadows
    83. 26-13V:Reflection Simulation
    84. 26-13V:Reflection Simulation
    85. 26-13V:Refraction Simulation
    86. 26-13V:Lens Simulation
    87. 26-12:Shadows
    88. 26-12:Shadows
      ------------------------------------
    89. 27-V1: Color Vision(Demo-PhET)
    90. 27-2:Color
    91. 27-3:Human Eye
    92. 27-4:Magnifier
    93. 27-7/8:Telescope and Microscope
    94. 27-7:Telescope (Old)
    95. 26-13V:Telescope Simulation
    96. 27-8:Microscope (Old)
      ------------------------------------
    97. 28-V1: Wave Interference (Demo-PhET)
    98. 28-4: Radiometer (light-mill)
    99. 26-13V:Doulbe Slit Simulation
    100. 26-13V:Diffraction Simulation
      ------------------------------------
    101. 29-V1: Relativity Thought Experiment(Virtual Lab)
    102. 29-V2: Space Travel Rocket(Demo)
    103. 29-V3: Gravitational Lensing(Demo)
      ------------------------------------
    104. 30-V1: Black Body Radiation(Demo-PhET)
    105. 30-V2: Photoelectric Effect(Demo-PhET)
    106. 30-V3: Quantum Tunneling(Demo-PhET)
      ------------------------------------
    107. 31-V1: Rutherford Scattering (Demo-PhET)
    108. 31-V2: Model Hydrogen Atom(Demo-PhET)
    109. 31-V3: Bohr Atom(Demo)
    110. 31-V4: Spectroscopy (Concord Consortium Activity)
    111. 31-V5: Neon Lights(Demo-PhET)
    112. 31-V6: Lasers(Demo-PhET)
      ------------------------------------
    113. 32-V1: Alpha Decay (Demo-PhET)
    114. 32-V2: Beta Decay (Demo-PhET)
    115. 32-V2: Decay Rate (Demo)
    116. 32-V2: Decay Series (Demo)
    117. 32-V3: Nuclear Fission(Demo-PhET)
      ------------------------------------
    118. 33-V1: Transistors(Concord Consortium Activity)
    1. PDFPhysics Tree Ornament
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