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184_projects:f21_project_11 [2021/08/19 15:12] – dmcpadden | 184_projects:f21_project_11 [2021/11/10 14:56] – dmcpadden | ||
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<WRAP Info> | <WRAP Info> | ||
=== Learning Goals === | === Learning Goals === | ||
+ | * Use resources (internet, whiteboards, | ||
* Understand how superposition of magnetic fields works and practice adding magnetic fields together | * Understand how superposition of magnetic fields works and practice adding magnetic fields together | ||
* Relate magnetic fields to forces and use those forces to calculate motion | * Relate magnetic fields to forces and use those forces to calculate motion | ||
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</ | </ | ||
+ | Conceptual questions: | ||
+ | - In this scenario, you used the F = integral I dL x B equation. In particular, what current/ | ||
+ | - There are a couple key assumptions you need to make about the B-field in this problem. What assumptions did you need? Why did you need them? How realistic are those assumptions? | ||
+ | - What sort of right hand rules did you use in this problem? Why did you need two different ones? | ||
+ | - What steps did you take to solve this problem? | ||
+ | - What size of current did you end up finding for the problem? Is it big/ | ||
+ | - Make a summary of the equations that we've talked about in class so far (field & force for point charges & currents). What is similar about the equations? What is different about the equations? When are each of the equations applicable? | ||
+ | /* | ||
==== Project 11B: Rebuilding Power Lines ==== | ==== Project 11B: Rebuilding Power Lines ==== | ||
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* Explain what would change about your solution if the wire were coaxial (this part is extra). | * Explain what would change about your solution if the wire were coaxial (this part is extra). | ||
</ | </ | ||
+ | */ |