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Science

8 02x Module 01 01 The Electric Field due to Two Point Charges

8 02x Module 01 02 The Electric Field of a Line Charge

8 02x Module 01 03 A Solid Metal Sphere

8 02x Module 01 04 A Slab of Charge

8 02x Module 01 05 An Electric Dipole

8 02x Module 02 01 Electron Moving in an Electric Field

8 02x Module 02 02 Conducting Spherical Shell with a Point Charge at the Center

8 02x Module 02 03 Calculating the Potential of a Semi circular Rod by Integration

8 02x Module 02 04 The Electric Field and Potential of Cylindrical Shells Carrying Charge

8 02x Module 02 05 Two Metal Spheres Far Apart at the same Potential

8 02x Module 02 06 The Potential of Two Opposite Charges

8 02x Module 02 07 Parallel Plate Capacitor

8 02x Module 03 01 Capacitors in Series and in Parallel

8 02x Module 03 02 Spherical Capacitor

8 02x Module 03 03 Parallel Plate Capacitor with a Variable Gap

8 02x Module 03 04 Capacitor with Dielectric

8 02x Module 03 05 A Cylindrical Capacitor with and without Dielectric

8 02x Module 04 01 Current and Current Density

8 02x Module 04 02 The Electric Field and Resistivity of a Wire drawing a Current

8 02x Module 04 03 Charging and Discharging a Battery

8 02x Module 04 04 Multi Batteries Multi resistors Multi loop Circuits

8 02x Module 04 05 Current and Potential Differences in a Multi Loop Circuit with a Switch

8 02x Module 04 06 Discharging a Capacitor

8 02x Module 05 01 Electron Gyrating in a Magnetic Field

8 02x Module 05 02 Determine Mass of Isotope

8 02x Module 05 03 Force on a Wire drawing a Current in a Magnetic Field

8 02x Module 05 04 Torque on a Current Loop

8 02x Module 05 06 Magnetic Field in the Center of a Rectangular Wire Loop

8 02x Module 05 07 The Field of Two Semi circles using Biot Savart

8 02x Module 05 08 Using Ampere s Law to Find the Field of a Metallic Cylinder and Shell

8 02x Module 06 02 Wire with Varying Current Density

8 02x Module 06 03 Magnetic Field from Moving Sheet of Charge and Rotating Cylindrical Shell

8 02x Module 06 04 Induced Current due to a Time Changing Magnetic Field

8 02x Module 06 05 A Loop of Wire Moving in A Non Unitform B Field

8 02x Module 06 06 Magnetic Flux due to an Infinite Wire through a Rectangular Loop

8 02x Module 07 01 Discplacement Current

8 02x Module 07 02 Comparing the Displacement Current to the Conduction Current in a Wire

8 02x Module 08 01 An Argument for the Displacement Current Term

8 02x Module 08 02 Faraday s Law Applied to Circuits RL Circuits

8 02x Module 09 01 Lightly Damped RLC Circuits Faraday s Law

8 02x Module 09 02 Driven RLC Circuit Resonance width

8 02x Module 09 03 LC Circuit in Series not driven Variable Energy in L and in C

8 02x Module 09 04 A Driven RLC Circuit

8 02x Module 09 05 Another Driven RLC Circuit

8 02x Module 09 06 Driven RLC Circuit at Resonance LC Circuit in series not driven

80 2x Module 09 07 A Driven RLC Circuit in Series Phasors

8 02x Module 10 01 Pressure Due to a Magnetic Field in a Solenoid

8 02x Module 10 02 Inductance of Two Coaxial Cables solenoids

8 02x Module 10 03 An RLC Circuit in Series Power Resonance

8 02x Module 10 04 Ideal Step Up Transformer

8 02x Module 10 05 Parallel RLC Circuit Phase Angles Impedance Resonance

8 02x Module 12 01 EM Plane Waves Poynting Vector E fields B fields Wavelength

8 02x Module 12 02 Spherical EM Waves Luminosity Energy Flux

8 02x Module 12 03 Radiation Pressure Individual Photons Momentum in photons

8 02x Module 12 04 Radiation Pressure from the Sun

8 02x Module 12 05 Sailing using Radiation Pressure

8 02x Module 12 06 Standing Electromagnetic Waves

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