Differences
This shows you the differences between two versions of the page.
Both sides previous revision Previous revision Next revision | Previous revision | ||
184_projects:multiple_induction_24 [2024/02/28 20:23] – tdeyoung | 184_projects:multiple_induction_24 [2024/04/08 18:31] (current) – tdeyoung | ||
---|---|---|---|
Line 1: | Line 1: | ||
- | ==== Project: Manny' | + | ===== Project: Manny' |
+ | |||
+ | ==== 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' | As the last of the reconstructed powerlines get put into place, the citizens of Lakeview are discussing Dr. McPaddel' | ||
- | However, the superstitious local named Manny Habañero is peppering the Lakeview City Council with questions about the new magnetic field surrounding Lakeview. You see, in addition to his many theories, Manny is a dedicated recycling enthusiast and has been collecting discarded wire coils from the Hawkion accelerator. | + | However, the superstitious local conspiracy theorist |
=== Bar Magnet Situations === | === Bar Magnet Situations === | ||
Line 23: | Line 31: | ||
</ | </ | ||
- | Conceptual | + | ==== Wrap Up Questions |
- What assumptions are you making in these RHR problems? (Hint: particularly, | - What assumptions are you making in these RHR problems? (Hint: particularly, | ||
- | - 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? | - 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!) | - 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? | - Out of all of your scenarios - what causes there to be no induced current? What patterns do you see across all the scenarios? | ||