Feb 9, 2022
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STRETCHING VIBRATIONS:
Fundamental vibrations (stretching and bending vibrations), stretching vibrations and its types (symmetric and anti-symmetric vibrations) are discussed in this video with the help of diagrams and examples.
The many faces of Maxwell's equations
The many faces of Maxwell’s equations
[Click here for a PDF of this post with nicer formatting (including equation numbering and references)]
The following is a possible introduction for a report for a UofT ECE2500 project associated with writing a small book: “Geometric Algebra for Electrical Engineers”. Given the space constraints for the report I may have to drop much of this, but some of the history of Maxwell’s equations may be…
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it feels like every time i take two steps forward, i get pushed back three
Notes for ece1229 antenna theory
Notes for ece1229 antenna theory
I’ve now posted a first set of notes for the antenna theory course that I am taking this term at UofT.
Unlike most of the other classes I have taken, I am not attempting to take comprehensive notes for this class. The class is taught on slides that match the textbook so closely, there is little value to me taking notes that just replicate the text. Instead, I am annotating my copy of textbook…
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Dual-Maxwell’s (phasor) equations in Geometric Algebra [Click here for a PDF of this post…
Dual-Maxwell’s (phasor) equations in Geometric Algebra
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These notes repeat (mostly word for word) the previous notes Maxwell’s (phasor) equations in Geometric Algebra. Electric charges and currents have been replaced with magnetic charges and currents, and the appropriate relations modified accordingly.
In [1] section 3.3, treating…
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Maxwell's (phasor) equations in Geometric Algebra
Maxwell’s (phasor) equations in Geometric Algebra
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In [1] section 3.2 is a demonstration of the required (curl) form for the magnetic field, and potential form for the electric field.
I was wondering how this derivation would proceed using the Geometric Algebra (GA) formalism.
Maxwell’s equation in GA phasor form.
Maxwell’s equations, omitting magnetic charges and currents, are
\begin{equa…
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