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| 184_notes:r_energy [2018/06/19 13:36] – [Energy around the Circuit] curdemma | 184_notes:r_energy [2020/08/23 20:18] – dmcpadden | ||
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| Sections 18.3, 18.8-18.10, and 19.4 in Matter and Interactions (4th edition) | Sections 18.3, 18.8-18.10, and 19.4 in Matter and Interactions (4th edition) | ||
| - | [[184_notes: | + | /*[[184_notes: |
| - | [[184_notes: | + | [[184_notes: |
| ===== Energy around the Circuit ===== | ===== Energy around the Circuit ===== | ||
| Line 10: | Line 10: | ||
| {{youtube> | {{youtube> | ||
| - | Let's continue to look at the simple circuit that we were using above (a mechanical battery, wires, and a thin filament). To analyze the energy in our circuit, we can refer back to the [[184_notes: | + | Let's continue to look at the simple circuit that we were using in the video above (a mechanical battery, wires, and a thin filament). To analyze the energy in our circuit, we can refer back to [[184_notes: |
| $$\Delta E_{sys}=0$$ | $$\Delta E_{sys}=0$$ | ||
| If we breakdown what is in our system, this means that | If we breakdown what is in our system, this means that | ||