# TEACHING

This is the webpage for the course "Fields and Waves". The lectures and most information regarding the course will be uploaded to this website.

**Lectures will be held in Room ENGR 103 in the Engineering Building.**

- Mandatory tutorial sessions are held in ENGR 313 on Mondays from 7:50-8:50 and Fridays from 6:00-7:00 PM. You should try to attend at least one of these sessions per week to receive the credit for these sessions.

**Lectures**:- Lec 1: Intro
- Lec 1: Electrical Engineering
- Lec 1: Charges, current, voltage and circuit elements (Video) (Problems)
- Lec 2: Ohm's Law and Circuit Elements (Video) (Problems)
- Lec 3: Nodes and Branches (Video) (Problems)
- Lec 4: Nodal Analysis (Video) (Problems)
- (Sample Problem Video) (Second Video)
- Lec 5: Mesh Analysis (Video) (Problems) (Sample Problem Video), (Part 2)
- Lec 6: Linearity and Superposition (Video) (Problems) (Video 2)
- Lec 7: Thevenin's Theorem (Video) (Problems)
- Lec 8: Norton's Theorem, Max Pwr Transf. (Video) (Problems)
- Lec 9: Op-Amp (Video) (Problems)
- Lec 10: Capacitors (Video) (Problems)
- Lec 11: Inductors (Video) (Problems)
- Complex numbers
- Lec 12: RC Circuits (Video) (Problems)
- Lec 13: RL Circuite (Video) (Problems)
- Lec 14: Singular Functions (Video) (Problems)
- Lec 15: Step Response (Video) (Problems)

**Homework**:- HW 1 (Due on Jan 27) Solution
- HW 2 (Due on Feb 3) Solution
- HW 3 (Due on Feb 10) Solution
- HW 4 (Due on Feb 21) Solution
- HW 5 (Due on Feb 28) Solution
- HW5-2 (Due on March 7) Solution
- HW 6 (Due on Mar 14) Solution
- HW 7 (Due on Mar 21) Solution
- HW 8 (Due on Apr 4) Solution
- HW 9 (Due on Apr 19) Solution
- HW 10 (Due on Apr 25) Solution