File:Rotating Loop Example EMF.png: Difference between revisions
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Lramirez44 (talk | contribs) (A Constant Magnetic Field, B, travels through a rotating wire loop of Area A. Due to its rotation, vector n, which changes in time, is turned into the rate-of-rotation and thus allows the derivative of flux (AKA: induced EMF) to be non-zero.) |
Lramirez44 (talk | contribs) (Lramirez44 uploaded a new version of File:Rotating Loop Example EMF.png) |
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Latest revision as of 15:33, 13 April 2024
Summary
A Constant Magnetic Field, B, travels through a rotating wire loop of Area A. Due to its rotation, vector n, which changes in time, is turned into the rate-of-rotation and thus allows the derivative of flux (AKA: induced EMF) to be non-zero.
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| Date/Time | Thumbnail | Dimensions | User | Comment | |
|---|---|---|---|---|---|
| current | 15:33, 13 April 2024 | Error creating thumbnail: sh: /usr/bin/convert: No such file or directory
Error code: 127 | 600 × 293 (62 KB) | Lramirez44 (talk | contribs) | |
| 15:08, 13 April 2024 | Error creating thumbnail: sh: /usr/bin/convert: No such file or directory
Error code: 127 | 1,372 × 669 (243 KB) | Lramirez44 (talk | contribs) | A Constant Magnetic Field, B, travels through a rotating wire loop of Area A. Due to its rotation, vector n, which changes in time, is turned into the rate-of-rotation and thus allows the derivative of flux (AKA: induced EMF) to be non-zero. |
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