Table of Contents

StickMan Physics Table of Contents

Use our StickMan Physics table of contents to go directly to any topic. Each section will take you to practice examples and a quiz.

Click A Topic Or Scroll Down To Go To A Section

1D Motion     2D Motion     Forces     Gravitation/Circular     Work/Power/Energy     Momentum/Impulse     Electrostatics     Current/Circuits     Magnetism     Waves     EM Waves/Optics     Nuclear

StickMan Physics Table of Contents

0: Intro and Unit Analysis

UNIT 1:

One Dimensional Motion

  1. Scalars and Vectors
  2. Accelerated Motion and Equations
  3. Graphing Motion (Position Time and Velocity Time Graphs)
  4. Accelerated motion with free-fall
  5. One Dimensional Motion Practice Problems
  6. One Dimensional Motion Unit Assessment
  7. Propeller Car Project

UNIT 2:

Two Dimensional Motion

  1. Non-Projectile 2D Vectors and Vector Components
  2. Combining Non-Projectile Vectors
  3. Projectile Motion Facts
  4. Horizontal Launch Projectile Motion Problems
  5. Angry Birds Projectile Motion
  6. Projectile Motion Learning Check
  7. Angular Launch Projectile Motion Problems
  8. Angular Projectile Motion Practice
  9. Two Dimensional Motion Unit Assessment
  10. Extras: (Marble Launcher Lab)

UNIT 3:

Newton’s Laws and Forces

  1. First Law of Motion: Inertia
  2. Second Law of Motion: F=ma
    1. F=ma Practice Problem Set
  3. Mass and Weight
  4. Third Law of Motion: Action Reaction Pairs
  5. Air Resistance
  6. Friction
    1. Frictional Forces Problem Set
  7. Tension
  8. Forces on Incline Planes
  9. Hooke’s Law: Spring Force
  10. Newton’s Laws and Forces Unit Assessment

UNIT 4:

Universal Gravitation and Circular Motion

  1. Newtons Law of Universal Gravitation
  2. Circular Motion and Centripetal Force
  3. Torque
  4. Universal Gravitation and Circular Motion Unit Assessment

UNIT 5:

Work, Power, Mechanical Energy, and Simple Machines

  1. Work and Power
  2. Mechanical Energy: Potential and Kinetic
  3. Conservation of Energy
  4. Simple Machines
  5. Work, Power, Mechanical Energy, and Simple Machines Unit Assessment

UNIT 6:

Momentum, Impulse, and the Conservation of Momentum

  1. Impulse and Momentum
  2. Conservation of Momentum and Collisions
  3. Momentum, Impulse, and Conservation or Momentum Unit Assessment

UNIT 7:

Electrostatics

  1. Charging by Conduction, Induction, and Friction
  2. What is Lightning?
  3. Coulomb’s Law: Calculating the Electrostatic Force
  4. Electrical Fields
  5. Potential Difference (Voltage)
  6. Electrostatics Unit Review

Unit 8:

Current and Circuits

  1. Circuit Basics
  2. Current and Power
  3. Series Circuit
  4. Parallel Circuit
  5. Batteries and Lights
  6. Complex Circuit

Unit 9:

Magnetism

  1. Intro to Magnetism
  2. Magnetic Fields
  3. Electromagnetism
  4. The Solenoid and Electromagnet
  5. Force on a Moving Charge
  6. Magnetic Induction
  7. Electric Motors and Generators

Unit 10:

Waves

  1. Intro to Waves
  2. Waves Math
  3. Wave Phenomena
  4. Sound Waves
  5. Doppler Effect
  6. Pendulums

Unit 11:

Electromagnetic Waves

  1. Waves of the Electromagnetic Spectrum
  2. The Colors of Light
  3. Refraction and Snell’s Law
  4. Other EM Wave Phenomena
  5. Mirrors
  6. Lenses and Lens Ray Diagrams
  7. Lens Math and Equations

Unit 12:

Nuclear Physics

  1. The Atom and Periodic Table
  2. Nuclear Decay
  3. Half-Life
  4. Fission and Fusion

AP Physics 1 Dynamics Extensions

This new section of StickMan Physics Deals with AP Physics 1 deeper dive concepts.  This section is currently being build but you can preview concepts.

  1. Motion Diagrams: Visualizing Motion in Physics
  2. Newton’s First Law of Motion: Foundation of Dynamics
  3. Newton’s Second Law of Motion: Force, Mass, and Acceleration
  4. Newton’s Third Law of Motion: Action-Reaction Forces
  5. Contact and Non-Contact Forces
  6. Weight, Normal Force, and Tension (Single Block)
  7. Weight, Normal Force, and Tension (Multiple Block Interactions)
  8. Atwood Machines with Two Hanging Masses

AP Physics 1 Fluids

  1. Density of Fluids: Understanding ρ = m/V in Physics
  2. Pressure in Fluids: Exploring P = F/A and Depth Factors
  3. Fluids and the Buoyant Force: Fb=ρVg
  4. Floating in Fluids: Density and Volume and the Archimedes’ Principle (coming Soon)
  5. Fluid Dynamics: Conservation of Mass and the Continuity Equation (coming soon)
  6. Bernoulli’s Principle in Fluids: Energy and Flow Dynamics (coming soon)
  7. Fluid Speed and Pressure: Using Continuity and Bernoulli Equations (coming soon)
  8. Torricelli’s Theorem: Fluid Velocity from an Opening (coming soon)
  9. The History and Physics of Fluids: A Comprehensive Overview (coming soon)

AP Physics 1 Additional Topics

  1. Momentum and Energy in Systems: External Forces and Physics
  2. Angular Momentum: The Physics and Real World Applications
  3. Calculate the Center of Mass in Physics

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