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--- 184_projects:f20_project_12 [2020/08/24 14:31] – created dmcpadden
+++ 184_projects:f20_project_12 [2020/11/13 19:57] (current) – dmcpadden
@@ Line 1: / Line 1: @@
 ===== Project 12 =====
-==== Project 12A: Induced Current Directions ====
+==== Project 12A: Manny's Recycling ====
-Manny Hallabero is at it again! While it appears he took a couple weeks off, he is back to peppering the Lakeview City Council with questions about the new magnetic field surrounding Lakeview. You see, Manny is a dedicated recycling enthusiast and has been collecting discarded wire coils from the Hawkion Detector. Manny was planning a large transport of the coils, along with some spare magnets and power supplies, but he is now concerned. He has constructed a variety of scenarios and asked the Lakeview City Council for answers.
+Manny Hallabero is at it again! While it appears he took a couple weeks off, he is back to peppering the Lakeview City Council with questions about the new magnetic field surrounding Lakeview. You see, Manny is a dedicated recycling enthusiast and has been collecting discarded wire coils from the Hawkion Detector. Manny was planning a large transport of the coils, along with some spare magnets and power supplies, but he is now concerned. He has constructed a variety of scenarios (though some seem a bit outlandish) and asked the Lakeview City Council for answers. Given your expertise, the Lakeview City Council has asked you to analyze each situation to determine: 1) is there an induced current in the given wire coil and 2) if so, what direction is the induced current?
-Given your expertise, the Lakeview City Council has asked you to analyze each situation to determine: 1) is there an induced current in the given wire coil and 2) if so, what direction is the induced current?
+=== Bar Magnet Situations ===
+{{ 184_notes:induction1.png }}
+=== Coil Situations ===
+{{ 184_notes:induction2.png }}
+<WRAP Info>
+=== Learning Goals ===
+  * Use Faraday's Law to determine if there is an induced current
+  * Draw dA vectors and determine change in flux for a coil
+  * Use the RHR to determine the direction of induced current
+</WRAP>