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--- 184_projects:multiple_induction_24 [2024/02/28 20:23] – tdeyoung
+++ 184_projects:multiple_induction_24 [2024/03/22 17:33] – dmcpadden
@@ Line 1: / Line 1: @@
-==== Project: Manny's Recycling ====
+===== Project: Manny's Recycling =====
+==== Kick Off Questions ====
+  - What direction does the dA vector point?
+  - What is the equation for magnetic flux? Is magnetic flux a vector or a scalar? How do you know?
+  - What makes magnetic flux positive or negative? When will magnetic flux be zero?
+==== Main Problem ====
 As the last of the reconstructed powerlines get put into place, the citizens of Lakeview are discussing Dr. McPaddel's discovery that a strong magnetic field will temporarily stun the EM-boartigers, allowing one to easily get to safety. Pooling together every last tax dollar, the citizens of Lakeview have decided they should create a constant 5 mT magnetic field everywhere in town to ensure the safety of their citizens.
@@ Line 23: / Line 31: @@
 </WRAP>
-Conceptual Questions:
+==== Wrap Up Questions ====
   - What assumptions are you making in these RHR problems? (Hint: particularly, what assumptions are you making about the B-field?)
-  - What direction does the dA vector point?
   - What would change about your answer if you picked the opposite dA vector? Select one of the scenarios above and fill out the table for both dA vectors - what changes and what stays the same?
   - How do you simplify the flux integral? (Hint: there are two key simplifying steps to simplify the integral!)
-  - Is flux a vector or a scalar? How do you know?
-  - What makes flux positive or negative? When will flux be zero?
   - Out of all of your scenarios - what causes there to be no induced current? What patterns do you see across all the scenarios?