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The case of the disappearing angle units, or "the dangle of the angle"
08-02-2019, 05:06 PM (This post was last modified: 08-02-2019 05:07 PM by ijabbott.)
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RE: The case of the disappearing angle units, or "the dangle of the angle"
If \(\mathrm e^{\mathrm i \theta}\) is an angular displacement by the angle \( \theta \) (in a plane), I guess that means an angle is really \( -\textrm{i} \) multiplied by the natural logarithm of a corresponding angular displacement. Or am I getting horribly confused?

— Ian Abbott
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RE: The case of the disappearing angle units, or "the dangle of the angle" - ijabbott - 08-02-2019 05:06 PM



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