Embedded Files
W 3/12
Th 3/13
F 3/14
M 3/17
🔴 2: W 3/12, 🟡 4: W 3/12, 🔵 8: W 3/12 - motional emf
🔴 2: W 3/12, 🟡 4: W 3/12, 🔵 8: W 3/12 - motional emf
NJ GPA Testing
Test - 7:40 - 9:35 (115)
1 - 9:40 - 10:20 (40)
2 - 10:25 - 11:05 (40)
3 - 11:10 - 11:50 (40)
L - 11:54 - 12:35 (41)
4 - 12:40 - 1:20 (40)
5 - 1:25 - 2:05 (40)
6 - 2:10 - 2:50 (40)
Daily check-in: motional emf
Today, after the check-in, we'll work on some problems from the textbook Chapter 30 involving motional emf:
Required: 33, 34, 35
If you haven't completed any of the Faraday's Law textbook problems, you can also work on those today.
Homework: Finish textbook problems above. If you haven't watched the motional emf videos in the previous post, make sure that you've done that. Finish any of the above problems.
🟥 2: F 3/14 lab, 🟨 4: Th 3/13 lab, 🟦 8: Th 3/13 lab - Faraday's Law AP Problems
🟥 2: F 3/14 lab, 🟨 4: Th 3/13 lab, 🟦 8: Th 3/13 lab - Faraday's Law AP Problems
NJ GPA Testing
Test - 7:40 - 9:35 (115)
1 - 9:40 - 10:20 (40)
2 - 10:25 - 11:05 (40)
3 - 11:10 - 11:50 (40)
L - 11:54 - 12:35 (41)
4 - 12:40 - 1:20 (40)
5 - 1:25 - 2:05 (40)
6 - 2:10 - 2:50 (40)
Today, continue working on the following AP problems involving Faraday's Law:
Required: 1981E3, 1989E2, 1994E2, 2009E3, 1992E3 [TYPO in 1992E3: I=α(1-βt)]
If you finish early, you may start watching the homework videos.
Homework: Quiz Tuesday, March 18th on all of Faraday's Law! Finish all AP problems above. Also, watch the two videos below:
❤️ 2: M 3/17, 💛 4: F 3/14, 💙 8: F 3/14 - general form of Faraday's Law
❤️ 2: M 3/17, 💛 4: F 3/14, 💙 8: F 3/14 - general form of Faraday's Law
NJ GPA Testing (Fri)
Test - 7:40 - 9:35 (115)
1 - 9:40 - 10:20 (40)
2 - 10:25 - 11:05 (40)
3 - 11:10 - 11:50 (40)
L - 11:54 - 12:35 (41)
4 - 12:40 - 1:20 (40)
5 - 1:25 - 2:05 (40)
6 - 2:10 - 2:50 (40)
Homework: Quiz on all of Faraday's Law next class - Tuesday, March 18th! For the quiz, you should know Lenz's Law and Faraday's Law (including motional emf and the general form). Finish AP problems above. 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.
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