Malvern Preparatory School Online Courses

Working With Equations

Working With Equations Video

Units and Unit Conversions

Defining Distance vs. Displacement

Defining Speed vs. Velocity

Reading, Interpreting, and Creating Graphs

Acceleration

Acceleration Due to Gravity

Kinematic Equations

Kinematic Equation Example - Car Acceleration

Kinematic Equation Example - Object Dropped

Kinematic Equation Example - Object Thrown Upward

Acceleration Due to Gravity Lab

Defining Magnitude and Direction

Vector Math: Adding Vectors

Relative Velocity

Projectile Motion

Projectile Motion Example #1: Object Thrown Horizontally

Projectile Motion Example #2: Object Thrown at an Angle from Ground Level

Newton's Laws of Motion and Types of Forces

Mass vs. Weight

Free Body Diagrams

"Net Force" and Free Body Diagrams

Basic Force Problem Example (usage of free body diagrams and Newton's 2nd Law)

Analysis of Elevator Cable Tension and Vertical Acceleration

Apparent Weight

Apparent Weight Example Problem

Frictional Forces

Static and Kinetic Friction Example Problem

Introduction to Inclined Planes

Inclined Plane Example Problem

Pulley Example Problem

Introduction to Uniform Circular Motion

Centripetal Acceleration

Centripetal Forces

Centripetal Force Example Problem (Tension)

Centripetal Force Example Problem (Friction)

Definition of Work

Kinetic Energy and Net Work

Work, Kinetic Energy, and Work-Energy Theorem Example

Potential Energy

Conservation of Mechanical Energy

Conservation of Mechanical Energy Example Problem

Introduction to Springs

Springs and Conservation of Mechanical Energy (with example)

Non-Conservative Forces

Non-Conservative Forces Example

Power

Power Example

Introduction to Fluids; Density and Specific Gravity

Pressure

Atmospheric Pressure, Gauge Pressure, and Absolute Pressure

Pressure and Gauge Pressure Example

Pascal's Principle

Pascal's Principle Example Problem

Archimedes' Principle

Archimedes' Principle Example Problem

Flow Rate and Continuity Equation

Bernoulli's Equation

Temperature and Heat Energy

Conservation of Heat Energy (Calorimetry)

Calorimetry Example Problem

Latent Heat of Fusion and Latent Heat of Vaporization

Phase Change Example Problem

Calorimetry with Phase Change Example Problem

Introduction to Waves and Types of Waves

Wave Terminology

Sound Waves

Electromagnetic Waves

The Visible Spectrum; Colors

Color Absorption and Reflection Example

Reflection

Refraction and Snell's Law

Refraction: Solving Snell's Law Equation

Critical Angle and Total Internal Reflection

Solving for the Critical Angle

Flat Mirror Optics

Spherical Mirror Optics

Mirror Ray Diagrams

Mirror/Lens Equation and Magnification Equation

Mirror/Lens Equation Example for Mirrors

Lens Optics

Lens Ray tracing

Mirror/Lens Equation Example for Lenses

Electrical Charges

Coulomb's Law

Coulomb's Law Example Problem

Electric Fields

Non-Uniform Electric Field (due to point sources) Example

Uniform Electric Field Example

Definitions of Current, Resistance, and Voltage

Elements of a Circuit & Circuit Diagrams

Ohm's Law

Circuit Diagram + Ohm's Law Example

Power, Energy, and Energy Cost

Power, Energy, and Energy Cost Example

Series Circuits and Equivalent Resistance

Series Circuit Example Problem

Parallel Circuits

Parallel Circuit Example Problem

Electrical Circuits Online Lab

Combination Circuits

Combination Circuit Example

Definition of the Magnetic Field

The Earth's Magnetic Field and Other Examples of Magnetic Fields

Force on a Charged Particle Moving Through a Magnetic Field; Right Hand Rule #2 and Direction Sets

Force on a Current-Carrying Wire in a Magnetic Field

Application: Mass Spectrometry

The Mass Spectrometer

Definition of EMF

Faraday's Law Explained

Examples of How to Induce EMF

Faraday's Law Example

Methods of Generating and Distributing Electricity

Conclusion + Feedback Form