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' ); iframeDoc.close(); } } } } } const observer = new MutationObserver(switchSrc); observer.observe(document.documentElement, { childList: true, subtree: true, }); })();

91

Last updated

11 July 2026

pdf, 1.2 MB
pdf, 1.2 MB
pptx, 1.07 MB
pptx, 1.07 MB
JPG, 194.48 KB
JPG, 194.48 KB
JPG, 165.56 KB
JPG, 165.56 KB
JPG, 110.32 KB
JPG, 110.32 KB
JPG, 188.59 KB
JPG, 188.59 KB
JPG, 218.67 KB
JPG, 218.67 KB
JPG, 172.5 KB
JPG, 172.5 KB
JPG, 200.12 KB
JPG, 200.12 KB
JPG, 196.49 KB
JPG, 196.49 KB
JPG, 222.61 KB
JPG, 222.61 KB
JPG, 156.9 KB
JPG, 156.9 KB
JPG, 190.03 KB
JPG, 190.03 KB
JPG, 188.03 KB
JPG, 188.03 KB
JPG, 110.88 KB
JPG, 110.88 KB
JPG, 51.95 KB
JPG, 51.95 KB
JPG, 53.48 KB
JPG, 53.48 KB
JPG, 54.12 KB
JPG, 54.12 KB
JPG, 71.17 KB
JPG, 71.17 KB
JPG, 148.19 KB
JPG, 148.19 KB
JPG, 108.24 KB
JPG, 108.24 KB
JPG, 105.39 KB
JPG, 105.39 KB
JPG, 96.25 KB
JPG, 96.25 KB

Thanks to Microsoft’s idiotic decision to “retire” Publisher I have had to re-work this into a format that is unlikely to disappear! These are slide images and pptx docs of the "how to do Kirchhoff loops for DC Circuits . . . will be added to. . .
You may find them useful to use as A4 or A3 wall posters .

Creative Commons "NoDerivatives"

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