Interactive
Calculators, models, figures and quizzes, with complete static alternatives.
Physics 1 →
- Adjustable teaching models: 4 destinations
- Concept checks: 43 destinations
Physics 2 →
- Adjustable Physics 2 models: 26 destinations
- Topic retrieval workspaces: 46 destinations
- Original manuscript figures and quiz records: 72 destinations
Calculus AB →
- Adjustable calculus labs: 8 destinations
- Topic retrieval workspaces: 81 destinations
- Retained source study widgets: 186 destinations
Calculus BC →
- Adjustable calculus labs: 10 destinations
- Topic retrieval workspaces: 111 destinations
- Retained source study widgets: 65 destinations
Chemistry →
- Adjustable chemistry labs: 21 destinations
- Topic retrieval workspaces: 91 destinations
- Retained source figures, quizzes and model records: 239 destinations
Statistics →
- Current Fall 2026 response workspaces: 45 destinations
- Original captured galleries: 53 destinations
Physics calculator →
Tools remain beside their complete source context. Galleries expose every image, figure notes expose every callout, and quizzes have full static prompts with separate worked answers.
Source model viewer · 1
Source galleries · 88
- Gallery 0.1.1 Example Gallery
- Gallery 1.1.1 Representative Angles
- Gallery 1.1.2 Suzy’s Travels
- Gallery 1.1.3 Displacement
- Example Problem 1.1.1
- Gallery 1.1.4 Unit Vectors
- Gallery 1.1.5 Identifying a Vector by Components
- Gallery 1.2.1 Adding Vectors
- Gallery 1.2.2 Adding Vectors by Components
- Example Problem 1.2.1
- Gallery 1.2.3 Vector Subtraction
- Example Problem 1.2.2
- Gallery 1.3.1 Forces
- Gallery 1.3.2 Newton’s Three Laws
- Gallery 1.3.3 Various Normal Forces
- Gallery 1.4.1: Forces as Vectors
- Gallery 1.4.2 Multiple Forces split into components
- Example Problem 1.4.1
- Example Problem 1.4.1 FBD
- Example Problem 1.4.1 Components
- Example Problem 1.4.2
- Example Problem 1.4.2 Components
- Example Problem 2.1.1
- Example Problem 2.1.1 Steps 2 and 3
- Example Problem 2.1.1 Steps 4 and 5
- Example Problem 2.1.2
- Example Problem 2.1.2 Free Body analysis
- Example Problem 2.1.2 Free Body analysis (cont’d)
- Example Problem 2.1.2 Free Body solution
- Example Problem 2.1.3
- Example Problem 2.1.3 FBD
- Gallery 2.2.1 Friction Force
- Example Problem 2.2.1
- Example Problem 2.2.1 FBDs
- Example Problem 2.2.1 Components
- Example Problem 2.2.2 FBDs of Blocks C and D
- Gallery 2.3.1 Extended and Compressed Spring
- Example Problem 2.3.1 FBDs
- Example Problem 2.4.1
- Gallery 2.4.1 Conservative and Non-Conservative Forces
- Example Problem 2.4.2
- Example Problem 2.4.3
- Example Problem 3.1.1
- Gallery 3.2.1 Projectile Motion
- Example Problem 3.2.3
- Gallery 3.4.1 Law of Ellipses
- Gallery 4.1.1 Momentum
- Gallery 4.2.1 Inelastic Collisions
- Gallery 4.2.2 Completely Inelastic Collision
- Example Problem 4.2.1
- Gallery 4.3.1 Example of Elastic Collision
- Gallery 4.3.2 Before/After Picture of Elastic Collisions
- Gallery 4.3.3 Various Collision Examples
- Gallery 5.1.1 Different Examples of Potential Energy
- Gallery 5.4.1 Friction
- Gallery 6.1.1 Examples of Centripetal Motion
- Gallery 6.1.2 Examples of Centripetal Force
- Example Problem 6.1.1 FBD of Car on Banked Curve
- Gallery 6.2.1 Thin Cylindrical Shell
- Example Problem 6.2.2
- Example Problem 6.2.2 MOI for each Shape
- Example Problem 6.2.2 Parallel Axis Theorem Applied
- Gallery 6.3.1 Position Vector Examples
- Example Problem 6.3.1
- Gallery 6.4.1 Rotating Rigid Body
- Gallery 6.4.2 Rotating Alien on Chair
- Gallery 7.1.1 Vibrating Molecules
- Gallery 7.3.1 How Conduction Works in a Metal Pan
- Gallery 7.3.2 How Convection Works
- Example Problem 7.4.1
- Gallery 8.1.1 Moles Explained
- Example Problem 8.2.2 Cross Sections of Areas
- Example Problem 8.3.1 FBD of Submerged Boat
- Gallery 8.3.1 Specific Gravity of a Stone in Water
- Gallery 8.4.1 Demonstration of Non-Ideal Gases
- Gallery 8.4.2 Frictional and Minor Head Losses
- Gallery 9.1.1 Cross-Section of a ripple
- Gallery 9.1.2 Constructive and Destructive Interference
- Example Problem 9.2.1
- Gallery 9.2.1 Intensity on a Sphere
- Example Problem 9.2.2
- Gallery 9.4.1 Doppler Effect
- Example Problem 9.4.1 Which is the Detector and which is the Source?
- Gallery 9.4.2 Photons
- Gallery 9.4.3 Wave Particle Duality Theory
- Gallery 10.1.1 Nodes, Antinodes and Oscillations
- Gallery 10.1.2 Harmonics
- Gallery 10.2.1 Simple Ball Pendulum
Source figures and notes · 86
- Figure 0.1.1 Example Interactive Image
- Figure 1.1.1 Our Example Vector, d⃗
- Figure 1.2.1 Reference Triangle
- Figure 1.3.1 Falling Ball
- Figure 1.3.2 Block on a Plane
- Figure 1.3.3 Complete FBD
- Figure 1.3.4 Complete FBD
- Figure 1.4.1 Falling Ball
- Figure 2.2.1 Tension
- Figure 2.2.2 Free Body Diagram of Figure 2.2.1
- Figure 2.2.3 Pulley: Atwood Machine
- Figure 2.2.4 The Pulley
- Example Problem 2.2.2
- Figure 2.3.1 Spring in Relaxed State
- Example Problem 2.3.1
- Example Problem 3.1.2
- Example Problem 3.2.1
- Example Problem 3.2.2
- Example Problem 3.2.4
- Example Problem 3.3.1
- Example Problem 3.3.2
- Figure 3.4.1 Kepler’s Second Law (The Law of Equal Areas)
- Example Problem 4.1.2
- Example Problem 4.3.1
- Example Problem 4.3.1 Given Image
- Example Problem 4.4.2
- Figure 5.1.1 Kinetic Energy of a Locomotive!
- Figure 5.1.2 Positive and Negative Work
- Example Problem 5.2.2
- Example Problem 5.3.1
- Example Problem 5.3.2
- Example Problem 5.3.3
- Example Problem 5.3.3 Given Image
- Example Problem 5.4.2
- Figure 6.1.1 Velocity of Particle in Circular Motion
- Figure 6.1.2 Particles Acceleration Around a Circular Path
- Example Problem 6.1.1
- Figure 6.2.1 Moment of Inertia
- Example Problem 6.2.1
- Figure 6.2.2 Parallel Axis Theorem With a Solid Ball
- Example Problem 6.2.1 Parallel Axis Theorem
- Figure 6.3.1 Torque/Moment Generation
- Figure 6.4.1- What is Angular Momentum
- Example Problem 6.4.1
- Example Problem 6.4.2
- Figure 7.1.1 Temperature Scales
- Figure 7.1.2 Atoms in Motion
- Example Problem 7.1.1
- Example 7.1.1 Contact Forces on the Box
- Figure 7.2.1 How Water Melts
- Figure 7.2.2 Heating Curve of Water
- Figure 7.3.1 Conduction of a Block
- Figure 7.3.2 Conduction through multiple Objects
- Example Problem 7.3.1
- Figure 7.3.3 Radiation between Two Objects
- Example Problem 8.1.1
- Example 8.1.2
- Figure 8.1.1 Two States of a Piston
- Figure 8.2.1 Equation of Continuity
- Example Problem 8.2.1
- Figure 8.2.2 Bernoulli’s Equation
- Example Problem 8.2.2
- Figure 8.3.1 Buoyancy
- Example Problem 8.3.1
- Figure 8.4.1 Fluid Momentum
- Figure 9.1.1 Sine Wave
- Figure 9.1.2 Sine Wave Variables
- Example Problem 9.1.1 Graphed Solution
- Figure 9.2.1 What does a Sound Wave Look Like?
- Figure 9.2.3 Displacement Wave Function
- Figure 9.2.2 Bulk Modulus
- Figure 9.3.1 Refraction at an Air–Water Boundary
- Figure 9.3.2 Electromagnetic Spectrum
- Example Problem 9.3.1
- Figure 10.1.1 Pendulum
- Figure 10.1.2 Standing Wave
- Figure 10.1.3 Are Initial and Reversed Waves Different?
- Figure 10.2.1 Oddly Shaped Mass for a Pendulum
- Figure 10.2.2 Spring Harmonics
- Example Problem 10.2.1
- Example 10.2.1 How are the Periods the Same?
- Figure 10.3.1 Ball String Harmonics...Dampening?
- Figure 10.3.2 Classic Dampened Harmonics
- Figure 10.3.3 Graphed Example of Dampened Harmonics
- Figure 10.3.4 A More Dramatic Example of Dampened Harmonics
- Example Problem 10.3.1
Source quizzes · 52
- Pop Quiz 0.1.1 Example Quiz
- Pop Quiz 1.1.1 Vectors
- Pop Quiz 1.2.1 Laws of Sines and Cosines
- Pop Quiz 1.2.2 Vector Addition
- Pop Quiz 1.2.3 Right-Hand Rule
- Pop Quiz 1.3.1 Newton’s Laws
- Pop Quiz 1.3.2 Free Body Diagrams
- Pop Quiz 1.4.1 Forces as Vectors
- Pop Quiz 2.1.1 Free Body Diagrams
- Pop Quiz 2.2.1 Common Forces
- Pop Quiz 2.3.1 Springs
- Pop Quiz 2.4.1 Work
- Pop Quiz 2.4.2 Non-Conservative Work
- Pop Quiz 2.4.3 Work Graphs
- Pop Quiz 3.1.1 Basic Position, Velocity, Acceleration problems
- Pop Quiz 3.1.2 Graphical Analysis
- Pop Quiz 3.1.3 Kinematics
- Pop Quiz 3.2.1 Projectile Motion
- Pop Quiz 3.2.2 Projectile Motion
- Pop Quiz 3.3.1: Gravity
- Pop Quiz 3.4.1 Kepler’s Laws
- Pop Quiz 4.1.1 Momentum
- Pop Quiz 4.1.2 Impulse
- Pop Quiz 4.2.1 Inelastic Collisions
- Pop Quiz 4.3.1: Elastic Collisions
- Pop Quiz 4.4.1 Kinetic Energy
- Pop Quiz 5.1.1 Concepts about Energy and Work
- Pop Quiz 5.2.1 Kinetic Energy
- Pop Quiz 5.3.1 Energy Balancing
- Pop Quiz 5.3.2 Spring Energy
- Pop Quiz 5.4.1 Power
- Pop Quiz 6.1.1 Review of Circular Motion
- Pop Quiz 6.2.1 Moment of Inertia
- Pop Quiz 6.3.1 Angular Forces and Moments
- Pop Quiz 6.4.1 Angular Momentum
- Pop Quiz 6.5.1 Rotational Energy
- Pop Quiz 7.1.1 Temperature
- Pop Quiz 7.2.1 Specific Heat
- Pop Quiz 7.3.1 Heat Transfer
- Pop Quiz 7.4.1 Thermal Expansion
- Pop Quiz 8.1.1 Ideal Gas Laws
- Pop Quiz 8.1.2 Ideal Gas Laws Part II
- Pop Quiz 8.2.1 Continuity and Bernoulli’s Principle
- Pop Quiz 8.3.1 Buoyancy
- Pop Quiz 8.4.1 Gas Laws, Head Loss and Fluid Momentum
- Pop Quiz 9.1.1 Intro to Waves
- Pop Quiz 9.2.1 Sound Waves
- Pop Quiz 9.3.1 Light Waves
- Pop Quiz 9.4.1 Doppler Effects and Light
- Pop Quiz 10.1.1 Simple Harmonics
- Pop Quiz 10.2.1 PENDULUMS, PENDULUMS, PENDULUMS, PENDULUMS
- Pop Quiz 10.3.1 Dampening
Written notes and old drawing recovery · 101
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