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course_planning:184_projects:s19_project_15 [2019/04/25 00:05] – [Project 15A: Circuits Review, featuring EM-boar tigers] tallpaul | course_planning:184_projects:s19_project_15 [2019/04/25 17:50] (current) – [Project 15B: Circuits Review, featuring EM-boar tigers] tallpaul | ||
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Good Luck! | Good Luck! | ||
- | ==== Project 15A: Circuits Review, featuring EM-boar tigers ==== | ||
- | As a last ditch effort to save your friends from the EM-boar tigers, you and your team realize the power grid of the city ranges long and far just reaching the outskirts of the EM-boar tiger lair where your friends are. See the map for a view of the 5 km by 5 km power with the lair lying just north of the grid. You must devise a plan that will pull the EM-boar tigers away from the base. From experimentation on previously captured EM-boar tigers shows that they can weigh up to 130 kg (see this [[183_notes: | + | ==== Project 15B: Circuits Review, featuring |
+ | As a last ditch effort to save your friends from the EM-boar tigers, you and your team realize the power grid of the city ranges long and far just reaching the outskirts of the EM-boar tiger lair where your friends are. See the map for a view of the 5 km by 5 km power with the lair lying just north of the grid. You must devise a plan that will pull the EM-boar tigers away from the base. From experimentation on previously captured EM-boar tigers shows that they can weigh up to 130 kg and travel at a velocity of 49 km/h (see this [[183_notes: | ||
+ | {{ 184_notes: | ||
+ | |||
+ | <WRAP info> | ||
+ | === Learning Goals === | ||
+ | * Review of circuits, especially combining resistors | ||
+ | * Review of magnetic fields and forces, right-hand-rule | ||
+ | </ | ||
+ | |||
+ | === Extension Questions === | ||
+ | **1. How does the problem change if a capacitor is added in series to the southeast corner of the circuit?** | ||
+ | |||
+ | **2. Once the circuit reaches a steady state with the added capacitor, what is the voltage across the capacitor? | ||