AT Cycle 30

🔴✈️ 2: M 3/11a, 🟡 4: F 3/8, 🔵7: F 3/8 - 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 Friday, March 15th on all of Faraday's Law!   (Juniors have the option to take this quiz on Monday, March 11th due to NJGPA Testing - please let me know in advance if you'll be taking this option.)   Upload all solutions to second 3 AP problems above to ✏️ Google Classroom also by Thursday, March 14th 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: M 3/11b, 🟨✈️ 4: M 3/11, 🟦✈️ 7: M 3/11a - 

❤️✈️💻 2: T 3/12, 💛✈️💻 4: W 3/13a, 💙✈️7: M 3/11b - 

📕✈️💻 2: W 3/13, 📒✈️💻 4: W 3/13b, 📘✈️💻 7: T 3/12 -