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| 184_notes:examples:week12_flux_examples [2017/11/12 20:56] – [Review of Flux through a Loop] tallpaul | 184_notes:examples:week12_flux_examples [2017/11/12 21:11] – [Review of Flux through a Loop] tallpaul | ||
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| * We represent the situation with the given representation in the example statement above. Below, we also show a side and front view of the first loop for clarity. | * We represent the situation with the given representation in the example statement above. Below, we also show a side and front view of the first loop for clarity. | ||
| - | {{ 184_notes: | + | {{ 184_notes: |
| ====Solution==== | ====Solution==== | ||
| Since the magnetic field has a uniform direction, and the area of the loop is flat (meaning $\text{d}\vec{A}$ does not change direction either), then we can simplify the dot product: | Since the magnetic field has a uniform direction, and the area of the loop is flat (meaning $\text{d}\vec{A}$ does not change direction either), then we can simplify the dot product: | ||