File:From-zero-to-full-100-percent-potential-of-strength-reach-speed-etc-is-always-a-cosine-not-incremental-scale-of-change.png
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![File:From-zero-to-full-100-percent-potential-of-strength-reach-speed-etc-is-always-a-cosine-not-incremental-scale-of-change.png](https://upload.wikimedia.org/wikipedia/commons/thumb/1/13/From-zero-to-full-100-percent-potential-of-strength-reach-speed-etc-is-always-a-cosine-not-incremental-scale-of-change.png/800px-From-zero-to-full-100-percent-potential-of-strength-reach-speed-etc-is-always-a-cosine-not-incremental-scale-of-change.png?20221018104618)
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Cosine measures the material percentage actually aligned to give support column on load axis to reach and support.
Summary
[edit]DescriptionFrom-zero-to-full-100-percent-potential-of-strength-reach-speed-etc-is-always-a-cosine-not-incremental-scale-of-change.png |
English: Comparing a vertical column then slanted to less reach vertically downward from pivot, and can now hold less as well. Calculated from the pure vertical column reach and strength to less per cosine scale of change. This carries into many things, like knot strength mostly determined by the slant or deformity from inline in the rope as a material just at Standing Part entrance to knot. In each case the amount of material used to reach and support load is actually less than the employed rope, as part of the employed rope only works on the cross axis, not inline to load axis. |
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Author | Thetreespyder |
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current | 10:46, 18 October 2022 | ![]() | 1,784 × 1,156 (186 KB) | Thetreespyder (talk | contribs) | Uploaded own work with UploadWizard |
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