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#1
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#2
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Because I have a sense of what magnitude those values represent.
If you tell me something has a tensile strength of 120 kPa, I have no idea of that's high or low or somewhere in the middle. Tell me it has a strength of 31 ksi, I know that's a fairly weak material. Same thing for moment/torque. If something's got an applied moment of 120in-lbf (or 10ft-lbf) it's easy to imagine someone cranking a 1 foot long lever with 10 lbf or applied force and have a good sense for the resulting deflection, stress level, etc. For something like N-m, I don't even know where to start with that as I have no idea how heavy a Newton is with respect to a lbf. I could look it up but it's not nearly intuitive for me. Perhaps that comes with being in a country (America) and an industry (aerospace) that heavily utilizes the imperial system, but that's my perspective and has generally always been even back in college where both methods were taught.
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Juevento - 60 Rogue <BDA>
Juevento - Druid <Free Agent> | ||
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