Fields

Section 1 - Electrostatics

• MLO 01 - Introduction to Electrostatics: Part 1

• MLO 02 - Introduction to Electrostatics: Part 2

• MLO 03 - Charging Objects by Conduction

• MLO 04 - Charging Objects by Induction: Temp. Rearrangement of Charge

• MLO 05 - Charging Objects by Induction: Leaving a Residual Charge

• MLO 06 - Using an Electroscope to Determine an Unknown Charge

• MLO 07 - Mathematics of Electrostatics

• MLO 08 - Coulombs Law: Proportionality

• MLO 09 - Coulombs Law: Applying the Formula in One Dimension

• MLO 10 - Coulombs Law: Applying the Formula in Two Dimensions

• MLO 11 - Mapping Electric Fields: Non-mathematical Treatment

• MLO 12 - Electric Field Strength: Mathematical Treatment

• MLO 13 - Electric Potential Energy and Electric Potential Difference

Section 2 - Current Electricity

• MLO 14 - Introduction to Current and Voltage

• MLO 15 - Measuring Current and Voltage; Cells vs Batteries

• MLO 16 - Problem Solving: Current, Voltage and Energy

• MLO 17 - Resistance and Ohm's Law

• MLO 18 - Ohm's Law: Problems and Factors Affecting Resistance

• MLO 19 - Factors Affecting Resistance: Problems

• MLO 20 - Kirchhoff's Current Law in Series Circuits

• MLO 21 - Kirchhoff's Current Law in Parallel Circuits

• MLO 22 - Kirchhoff's Voltage Law in Series and Parallel Circuits

• MLO 23 - Combining Resistors in Series and in Parallel

• MLO 24 - Strategies for Circuit Analysis and Examples

• MLO 25 - Circuit Analysis Practice

• MLO 26 - Calculating Power and Energy

• MLO 27 - Calculating the Cost to Purchase Electric Energy

Section 3 - Electromagnetic Induction

• MLO 28 - Introduction to Magnetism

• MLO 29 - Mapping Magnetic Field Lines

• MLO 30 - Magnetic Fields Around Conductors ( LHR #1 and LHR #2 )

• MLO 31 - Magnetic Forces and Conductors - Motor Principal ( LHR #3 )

• MLO 32 - Determining Size of Force on Conductors ( F=BIL sin θ )

• MLO 33 - Biot's Law: Magnetic Field Around a  Current Carrying Conductor

• MLO 34 - Magnetic Force on Moving Charges ( F=qvB sin θ )

• MLO 35 - Magnetic Fields and Induction: Faraday's Discovery

• MLO 36 - Faraday's Law leads to the AC Generator

• MLO 37 - The DC Generator

• MLO 38 - Lenz's Law

• MLO 39 - Transformers: Theory and Conservation of Energy

• MLO 40 - Transformers: Calculations and Application to Electrical Distribution