Introduction to Physics

• 1. Physics- The Fundamental Science & Describing Motion

• 1.1: What is Physics?

  What is Physics? Branches of Physics Map of Physics
  1.2: Physical Quantities- Fundamental vs Derived, Dimensional Analysis, Scalar vs Vectors

  Fundamental vs Derived Units Dimensional Analysis Scalars vs Vectors Scalars & Vectors Practice Questions Work-Along
  1.3: Measurements - Magnitude, Units, and Directions

  Measurements - Magnitude & Units Direction(of Vectors)
  1.4: S.I. Units of Physical Quantities

  SI Units Overview SI Units
  1.5: Significant Figures

  Measurement and Significant Figures Significant Figures Step by Step Unit Conversion & Significant Figures
  1.6: Graphical Representation of Data - Calculating Slopes, Representing Errors

  Calculating Slopes A Guide to Error Bars How to Interpret Error Bars Error Bars Example
  1.7: Proportionality Relations - Linear, Quadratic, Inverse, Inverse Square

  Using Linear, Quadratic, Inverse, & Inverse Square Graphs to Understand Proportionality
  1.8: Additional Text-Based Resources

  What is Physics? SI Units Scalars and Vectors Significant Figures Measurement and Uncertainities

• 2. Vectors and Describing Motion

• 2.1: Vectors - Examples, Properties, Components, Addition/Subtraction

  What is a Vector? Introduction to Vector and Their Operations Visually Adding and Subtracting Vectors Adding and Subtracting Vectors Vector Components Vectors and 2D Motion
  2.2: Kinematics - Time, Distance, Displacement, Speed, Velocity, Acceleration, Equations for Constant Acceleration

  Position, Velocity, and Acceleration Kinematics: Horizontal Motion Kinematics Practice Constant Acceleration
  2.3: Kinematics Graphs - Displacement vs Time, Velocity vs Time, Acceleration vs Time Graphs

  Position, Velocity, Acceleration - Graphical Analysis Displacement, Velocity and Acceleration - Graphs
  2.4: Additional Text-Based Resources

  Speed and Velocity Acceleration

• 3. Projectile Motion and Forces

• 3.1: Kinematics-Free Fall, Projectile Motion

  Kinematics - Vertical Motion Free Fall Problems Introduction to Projectile Motion Kinematics - Projectile Motion Projectile Motion Practice
  3.2: Dynamics - What is a Force? Newton's Laws

  What is a Force? Newton's 3 Laws (Examples Using a Bicycle) Newton's Laws of Motion
  3.3: Types of Forces - Contact vs Action

  Types of Forces Overview Types of Forces (With Examples)
  3.4: Fundamental Forces - Gravity, EM Force, Nuclear

  The 4 Fundamental Forces of Nature
  3.5: Derived Forces- Normal Force, Friction, Tension

  What Forces Are Acting on You? What is a Normal Force? Frictional Forces: Static & Kinetic Friction (With Practice Problems) Tension Forces
  3.6: Additional Text-Based Resources

  Vertical Motion Projectile Motion What is a Force? Types of Forces

• 4. Newton's Laws, Circular Motion, Gravitational Laws

• 4.1: Newton's Universal Law of Gravitation

  Newton's Universal Law of Gravitation Practice Problems for Newton's Universal Law of Gravitation
  4.2: Mass vs Weight

  Mass vs Weight Mass vs Weight (Practice Problems)
  4.3: Application of Newton's 2nd Law

  Newton's 2nd Law Overview Newton's 2nd Law: F = ma Newton's 2nd Law of Motion - Practice Problems
  4.4: Uniform Circular Motion - Centripetal Acceleration, Centripetal Force

  Introduction to Centripetal Force Uniform Circular Motion and Centripetal Force Centripetal Force (With Practice Problems)
  4.5: Additional Text-Based Resources

  Newton's Laws Centripetal Force

• 5. Energy and Oscillations, Momentum and Impulse

• 5.1: Simple Machines (Mechanical Advantage, Efficiency)

  Introduction to Simple Machines and Their Use Mechanical Advantage and Simple Machines Simple Machines - The Lever Simple Machines - The Pulley Efficiency
  5.2: Work & Energy

  Work and Energy Work and Kinetic Energy Work with Practice Problems Kinectic and Potential Energy-Part 1 Kinetic and Potential Energy-Part 2 Conservation of Energy Conservation of Energy Practice Problems Law of Conservation of Energy in Action
  5.3: Waves

  Waves - Wavelenght, Amplitude, Frequency, Period
  5.4: Springs

  Springs and Elastic Potential Energy Simple Harmonic Motion: Hooke's Law Hooke's Law and Elastic Potential Energy Practice Problems
  5.5: Momentum & Impulse

  Introduction to Momentum & Impulse Momentum & Impulse Momentum & Impulse Practice Problems Elastic and Inelastic Collisions Elastic Collisions Practice Problems Inelastic Collision Practice Problems
  5.6: Additional Text-Based Resources

  Simple Machines Work Energy Work-Energy Theorem Waves Springs Momentum & Impulse

• 6. Rotational Motion of Solid Objects

• 6.1: Rotational Kinematics

  Introduction to Rotational Motion Rotational Kinematics Rotational Kinematics Practice Problems
  6.2: Torque

  Torque Introduction Torque with Practice Problems Angular Motion and Torque
  6.3: Rotational Kinetic Energy and Angular Momentum

  Angular Momentum Angular Momentum and Rotational Kinetic Energy Angular Momentum Practice Problems
  6.4: Rotational Inertia

  Introduction to Rotational Inertia Inertia, Angular Acceleration, and Rotational Motion
  6.5: Additional Text-Based Resources

  Rotational Kinematics Torque Angular Momentum Rotational Kinetic Energy & Rotational Inertia

• 7. The Behavior of Fluids

• 7.1: Fluids

  Introduction to Fluids Introduction to Pressure & Fluids with Practice Problems Density and Pressure Buoyant Force and Archimede's Principle Fluid Dynamics
  7.2: Additional Text-Based Resources

  Fluids and Buoyant Force Pascal's Principle Fluid Pressure Archimede's Principle Venturi Effect and Fluid Flow Bernoulli's Principle

• 8. Temperature, Heat, Heat Engines, and The Second Law of Thermodynamics

• 8.1: Temperature and Heat

  Heat and Temperature First Law of Thermodynamics First Law of Thermodynamics - Systems and Internal Heat Change in Internal Energy with W = PV Heat Capacity and Specific Heat Heat and Calorimetry Absolute Zero Methods of Heat Transfer Overview Method of Heat Transfer In-Depth
  8.2: Heat Engines and Second Law of Thermodynamics

  Introduction to Second Law of Thermodynamics Second Law of Thermodynamics - Entropy and Heat Flow Entropy and Heat Engines Why Perpetual Motion Machines Don't Work
  8.3: Additional Text-Based Resources

  Temperature vs Heat First law of Thermodynamics Heat Transfer and Specific Heat Latent Heat Methods of Heat Transfer Second Law of Thermodynamics Heat Engines

• 9. Electrostatic Phenomena, Electric Circuits, and Electromagnetism

• 9.1: Electric Force

  Charge, Conductors, and Insulators Electric Charge and Electric Fields Coulomb's Law Electric Fields Electric Potential, Current, and Resistance Electric Potential and Electric Potential Energy
  9.2: Circuits

  Electric Circuits Current and Ohm's Law Electric Current & Circuits Explained Resistors in Series and Parallel Circuits Practice Problems Tips for Solving Series and Parallel Circuit Problems
  9.3: Magnetism

  Magnets and Magnetic Fields Magnetic Fields and Forces Magnetic Forces and Currents
  9.4: Additional Text-Based Resources

  Electric Force Coulomb's Law Electric Field Electric Potential Energy Ohm's Law Series vs Parallel Circuits Magnetic Fields and Electromagnetism