Class Notes & Slides

Handwritten Notes

• 481 Review
• 01 - Current and Ohm’s Law
• 02 - Electromotive Force
• 03 - Motional EMF
• 04 - Faraday’s Law
• 05 - Inductance
• 06 - RLC Circuits
• 07 - Maxwell’s Equations
• 08 - Conservation Laws
• 09 - Introduction to Waves
• 10 - Introduction to EM Waves
• 11 - Waves in Matter
• 12 - Reflection and Transmission
• 13 - Electromagnetic Waves in Conductors
• 14 - Disperson
• 15 - Introduction to Special Relativity
• 16 - Particle Decay
• 17 - Lorentz Transformation
• 18 - Four vectors
• 19 - Minkowski Diagrams
• 20 - Relativistic Energy and Momentum
• 21 - Relativistic E&M

Slides

• Lecture 1 (January 7th): Introduction to PHY 482 and Review [HTML] [PDF]
• Lecture 2 (January 9th): Review II [HTML][PDF]
• Lecture 3 (January 11th): Review III [HTML][PDF]
• Lecture 4 (January 14th): Current and Ohm’s Law [HTML][PDF]
• Lecture 5 (January 16th): Current and Ohm’s Law II [HTML][PDF]
• Lecture 6 (January 18th): Introduction to EMF [HTML][PDF]
• Lecture 7 (January 23rd): Motional EMF [HTML][PDF]
• Lecture 8 (January 25th): Motional EMF II and Faraday’s Law [HTML][PDF]
• Lecture 9 (February 1st): Faraday’s Law and Inductance [HTML][PDF]
• Week 5 (February 4-8): Inductance and RLC Circuits [HTML][PDF]
• Lecture 13 (February 11th): Phasors [HTML][PDF]
• Lecture 14 (February 13th): Phasors II [HTML][PDF]
• Lecture 15 (February 15th): Maxwell’s Equations [HTML][PDF]
• Lecture 16 (February 18th): Displacement Current [HTML][PDF]
• Lecture 17 (February 20th): Energy Conservation [HTML][PDF]
• Lecture 18 (February 22nd): Energy Conservation Examples [HTML][PDF]
• Lecture 19 (February 25th): Conservation Theorems [HTML][PDF]
• Lecture 20 (February 27th): Conservation Theorems II [HTML][PDF]
• Lecture 21 (March 1st): Mechanical Waves [HTML][PDF]
• Lecture 22 (March 11th): Introduction to EM Waves [HTML][PDF]
• Lecture 23 (March 13th): EM Waves [HTML][PDF]
• (March 15th): Whole Class Discussion about Department
• Lecture 24 (March 18th): Momentum and Energy of EM Waves [HTML][PDF]
• Lecture 25 (March 20th): EM Waves in Matter [HTML][PDF]
• Lecture 26 (March 22nd): Reflection and Transmission in Matter [HTML][PDF]
• Lecture 27 (March 25th): Normal and Oblique Incidence [HTML][PDF]
• Lecture 28 (March 27th): Oblique Incidence [HTML][PDF]
• Lecture 29 (March 29th): Oblique Incidence II [HTML][PDF]
• Lecture 30 (April 1st): EM Waves in Conductors [HTML][PDF]
• Lecture 31 (April 3rd): EM Waves in Conductors II [HTML][PDF]
• Lecture 32 (April 5th): Dispersion [HTML][PDF]
• Lecture 33 (April 8th): Introduction to Special Relativity [HTML][PDF]
• Lecture 34 (April 10th): Examples of Special Relativity [HTML][PDF]
• Lecture 35 (April 12th): Lorentz Transformations [HTML][PDF]
• Lecture 36 (April 15th): 4-vectors [HTML][PDF]
• Lecture 37 (April 17th): Space-Time Intervals [HTML][PDF]
• Lecture 38 (April 19th): Minkowski Diagrams [HTML][PDF]
• Lecture 39 (April 22nd): Energy and Momentum [HTML][PDF]
• Lecture 40 (April 24th): Energy, Momentum, Forces [HTML][PDF]
• Lecture 40 (April 24th): E&M and Relativity [HTML][PDF]