Physics

Lenore Horner, manuel, 2023年1月10日

collect my physics applets in an organized way

目錄

  1. Data Analysis
    1. Averaging value from points vs graphing
    2. Why Graphing is Better v2
    3. Fitting Piecewise Linear Data
    4. Uncertainty and Best-Fit Lines
  2. Forces
    1. Head to Tail Addition
    2. Parallelogram Addition
    3. Vector Components
    4. Forces Around a Vertical Circle
    5. Atwood with Incline
    6. Two Masses and a Pulley - FBD and Newton's 2nd law
    7. Mass on spring figure
    8. Bracing Furniture
    9. Beams
    10. Tension Angle vs Friction
  3. Kinematics
    1. Velocity Components in Projectile Motion
    2. Projectile Motion
    3. Water Level
    4. Maximizing horizontal distance
    5. Projectile motion through two points
    6. Projectile Motion Practice
    7. 3D trajectories with constant acceleration
  4. Circular Motion
    1. Spinning Fish Tank
    2. Uniform Circular Motion on a Vertical Circle
    3. Rolling with and without Slipping
    4. Rock in a tire tread
    5. Right Hand Rule for torque
  5. Momentum
    1. 1D collisions
    2. Graphing 2D collisions
    3. Momentum Bar Charts
  6. Oscillations
    1. Damped SHM
    2. Driven Damped SHM
  7. Waves
    1. Logarithms Practice 1
    2. Logarithms Practice 2
    3. Doppler Frequencies
    4. Superposition
    5. Superposition of moving square pulses
    6. Superposition 2
    7. Wave Interference
    8. Beats
    9. Sound Demos
    10. Variable Sound Demo
    11. Standing Wave
    12. Standing Waves
    13. Huygens Principle
    14. Double-Slit Diffraction
    15. Single Slit Diffraction geometry
    16. Single Slit Diffraction Intensity - Fraunhofer limit
    17. Bragg Diffraction angles
    18. Thin Film Practice
    19. Michelson Interferometer
    20. Building Waves
  8. Ray Optics
    1. Reflection and Refraction
    2. The Rays We See
    3. Image Formation in a Plane Mirror
    4. Two People Looking in a Plane Mirror
    5. Plane Mirror in 3D
    6. Mirrors
    7. Spherical vs. Parabolic Mirrors
    8. Concave and Convex Mirror Ray Diagram
    9. Apparent Depth
    10. Apparent Depth - tracing multiple rays
    11. Prism Dispersion
    12. Snell's Law for Spherical and Parabolic Lenses
    13. Lenses
    14. Lens-maker's Equation
    15. Lens Maker's Equation
    16. Lens-Maker's eq'n based multi-ray tracing (spherical and chromatic aberrations)
    17. Image Distance and Magnification as functions
    18. Lens Pair
    19. Double Thin-Lens Systems
    20. Fresnel Lens
  9. Electrostatics
    1. Adding Electric Forces
    2. Coulomb Interactions
    3. Electric Field of 2 point charges in xy-plane
    4. Electric Field Hockey
    5. Electric Field of a Finite Charged Rod
  10. Circuits
    1. Basic Circuit Simulator
    2. Series Parallel Circuit Simulator II
    3. LRC-Series
    4. LRC-Series_frequency-dependence
  11. E&M
    1. Surface Charge Distributions in Equilibrium
    2. Moveable Hand for RHR
    3. Computing Cross-Product
    4. Versions of 3-Component RHR
    5. Cross-product
    6. Electric Motor
    7. Infinite solutions to Biot-Savart
    8. B-field of straight current segment from Biot-Savart law
    9. Calculating on-axis B-field of current loop from Biot-Savart
    10. Magnetic Field of Current Loop and Right Hand Rules
    11. Solenoid figure
    12. Gauss's Law and Local Electric Field
    13. Light as traveling Electric and Magnetic Wave
    14. LRC-Series
    15. LRC-Series_frequency-dependence
  12. Thermodynamics
    1. Carnot and Stirling Cycles
  13. Special Relativity
    1. Energy to get massive objects to relativistic speeds

1.

Data Analysis

  • 1. Averaging value from points vs graphing
  • 2. Why Graphing is Better v2
  • 3. Fitting Piecewise Linear Data
  • 4. Uncertainty and Best-Fit Lines

1.1.

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1.2.

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1.3.

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1.4.

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2.

Forces

materials pertinent to a unit on force in an intro physics class

  • 1. Head to Tail Addition
  • 2. Parallelogram Addition
  • 3. Vector Components
  • 4. Forces Around a Vertical Circle
  • 5. Atwood with Incline
  • 6. Two Masses and a Pulley - FBD and Newton's 2nd law
  • 7. Mass on spring figure
  • 8. Bracing Furniture
  • 9. Beams
  • 10. Tension Angle vs Friction

2.1.

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2.2.

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2.3.

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2.4.

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2.5.

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2.6.

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2.7.

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2.8.

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2.9.

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2.10.

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3.

Kinematics

  • 1. Velocity Components in Projectile Motion
  • 2. Projectile Motion
  • 3. Water Level
  • 4. Maximizing horizontal distance
  • 5. Projectile motion through two points
  • 6. Projectile Motion Practice
  • 7. 3D trajectories with constant acceleration

3.1.

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3.2.

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3.3.

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3.4.

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3.5.

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3.6.

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3.7.

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4.

Circular Motion

  • 1. Spinning Fish Tank
  • 2. Uniform Circular Motion on a Vertical Circle
  • 3. Rolling with and without Slipping
  • 4. Rock in a tire tread
  • 5. Right Hand Rule for torque

4.1.

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4.2.

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4.3.

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4.4.

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4.5.

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5.

Momentum

  • 1. 1D collisions
  • 2. Graphing 2D collisions
  • 3. Momentum Bar Charts

5.1.

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5.2.

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5.3.

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6.

Oscillations

  • 1. Damped SHM
  • 2. Driven Damped SHM

6.1.

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6.2.

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7.

Waves

Applets connected to waves, sound waves, light waves, diffraction, or interference effects that I have made.

  • 1. Logarithms Practice 1
  • 2. Logarithms Practice 2
  • 3. Doppler Frequencies
  • 4. Superposition
  • 5. Superposition of moving square pulses
  • 6. Superposition 2
  • 7. Wave Interference
  • 8. Beats
  • 9. Sound Demos
  • 10. Variable Sound Demo
  • 11. Standing Wave
  • 12. Standing Waves
  • 13. Huygens Principle
  • 14. Double-Slit Diffraction
  • 15. Single Slit Diffraction geometry
  • 16. Single Slit Diffraction Intensity - Fraunhofer limit
  • 17. Bragg Diffraction angles
  • 18. Thin Film Practice
  • 19. Michelson Interferometer
  • 20. Building Waves

7.1.

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7.2.

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7.3.

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7.4.

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7.5.

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7.6.

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7.7.

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7.8.

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7.9.

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7.10.

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7.11.

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7.12.

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7.13.

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7.14.

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7.15.

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7.16.

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7.17.

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7.18.

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7.19.

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7.20.

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8.

Ray Optics

Ray Optics applets I have made.

  • 1. Reflection and Refraction
  • 2. The Rays We See
  • 3. Image Formation in a Plane Mirror
  • 4. Two People Looking in a Plane Mirror
  • 5. Plane Mirror in 3D
  • 6. Mirrors
  • 7. Spherical vs. Parabolic Mirrors
  • 8. Concave and Convex Mirror Ray Diagram
  • 9. Apparent Depth
  • 10. Apparent Depth - tracing multiple rays
  • 11. Prism Dispersion
  • 12. Snell's Law for Spherical and Parabolic Lenses
  • 13. Lenses
  • 14. Lens-maker's Equation
  • 15. Lens Maker's Equation
  • 16. Lens-Maker's eq'n based multi-ray tracing (spherical and chromatic aberrations)
  • 17. Image Distance and Magnification as functions
  • 18. Lens Pair
  • 19. Double Thin-Lens Systems
  • 20. Fresnel Lens

8.1.

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8.2.

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8.3.

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8.4.

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8.5.

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8.6.

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8.7.

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8.8.

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8.9.

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8.10.

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8.11.

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8.12.

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8.13.

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8.14.

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8.15.

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8.16.

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8.17.

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8.18.

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8.19.

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8.20.

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9.

Electrostatics

Coulomb force and electric field

  • 1. Adding Electric Forces
  • 2. Coulomb Interactions
  • 3. Electric Field of 2 point charges in xy-plane
  • 4. Electric Field Hockey
  • 5. Electric Field of a Finite Charged Rod

9.1.

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9.2.

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9.3.

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9.4.

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9.5.

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10.

Circuits

circuits involving combinations of resistors, capacitors, and/or inductors

  • 1. Basic Circuit Simulator
  • 2. Series Parallel Circuit Simulator II
  • 3. LRC-Series
  • 4. LRC-Series_frequency-dependence

10.1.

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10.2.

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10.3.

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10.4.

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11.

E&M

Various E&M-relevant applets I've made

  • 1. Surface Charge Distributions in Equilibrium
  • 2. Moveable Hand for RHR
  • 3. Computing Cross-Product
  • 4. Versions of 3-Component RHR
  • 5. Cross-product
  • 6. Electric Motor
  • 7. Infinite solutions to Biot-Savart
  • 8. B-field of straight current segment from Biot-Savart law
  • 9. Calculating on-axis B-field of current loop from Biot-Savart
  • 10. Magnetic Field of Current Loop and Right Hand Rules
  • 11. Solenoid figure
  • 12. Gauss's Law and Local Electric Field
  • 13. Light as traveling Electric and Magnetic Wave
  • 14. LRC-Series
  • 15. LRC-Series_frequency-dependence

11.1.

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11.2.

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11.3.

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11.4.

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11.5.

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11.6.

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11.7.

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11.8.

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11.9.

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11.10.

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11.11.

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11.12.

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11.13.

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11.14.

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11.15.

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12.

Thermodynamics

  • 1. Carnot and Stirling Cycles

12.1.

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13.

Special Relativity

  • 1. Energy to get massive objects to relativistic speeds

13.1.

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