AT Cycle 31

🔴✈️💻 2: F 3/17a, 🟡✈️💻 4: Th 3/16 - 

Disney

Keep working on Faraday's Law problems.

🟥✈️💻 2: F 3/17b, 🟨✈️💻 4: F 3/17 - 

Disney

Keep working on Faraday's Law problems.

❤️✈️ 2: M 3/20, 💛 4: T 3/21a - general form of Faraday's Law

Today, we'll start with a brief discussion about the general form of Faraday's Law.  

Then, we'll continue doing some practice problems using the "general form of Faraday's Law."

    Required:  1985E3, 1996E3, 1999E2

Homework: Quiz Thursday, March 23rd on all of Faraday's Law!   Upload all solutions to first 5 AP problems to ✏️ Google Classroom by Tuesday, March 21nd at 10pm.  Upload all solutions to second 3 AP problems above to ✏️ Google Classroom also by Wednesday, March 22nd at 10pm.  Watch the following video on transformers first, and then optionally read the "Transformer: Basic Principles" section from Wikipedia to make sure you understand the derivation of the ideal transformer equation.  You must be able to apply the "ideal transformer equation" with which you should already be familiar from last year.

📕 2: T 3/21, 📒 4: T 3/21b - transformer problems

Today, we'll do some transformer problems from the textbook Chapter 31 (These should be review from last year really.  If you're totally bored by these, find other problems on previous topics.)  

    Required:  62, 63, 64, 65  

With any time remaining, watch below.  This next topic is very important to understand!

Homework:  Upload all solutions to first 5 AP problems to ✏️ Google Classroom by Tuesday, March 21nd at 10pm.  Upload all solutions to second 3 AP problems above to ✏️ Google Classroom also by Wednesday, March 22nd at 10pm.  Quiz Thursday, March 23rd on all of Faraday's Law!   For the quiz, you should know Lenz's Law and Faraday's Law (including motional emf and the general form).  Make sure you're caught up with all of your work.  Watch the following videos on inductors in circuits: