Fair. I’ll acknowledge I’m biased here in retrospect. In particular, I’ve realized my argument for Fahrenheit (increased granularity) is directly contradictory to my argument against centimeters (too much granularity). Indeed, my view (however poorly conveyed) was that imperial units of length measurement, and the foot in particular, lend themselves to day to day estimation of size, as meters require estimation with fractions/decimals and centimeters require estimation in quantities too large to be reasonably accurate, so I was of the view that the lack of decimeters in common usage was a problem, but you make a good point that this is a fundamentally flawed assumption. After all, if you’re familiar with metric already, it’s not particularly difficult to just say ‘10cm’ and estimate in relation to tenths of a meter.
Well argued, and certainly more impassioned than my tepid defense of imperial. Consider me convinced; I’m switching teams lol.
Fair. I’ll acknowledge I’m biased here in retrospect. In particular, I’ve realized my argument for Fahrenheit (increased granularity) is directly contradictory to my argument against centimeters (too much granularity). Indeed, my view (however poorly conveyed) was that imperial units of length measurement, and the foot in particular, lend themselves to day to day estimation of size, as meters require estimation with fractions/decimals and centimeters require estimation in quantities too large to be reasonably accurate, so I was of the view that the lack of decimeters in common usage was a problem, but you make a good point that this is a fundamentally flawed assumption. After all, if you’re familiar with metric already, it’s not particularly difficult to just say ‘10cm’ and estimate in relation to tenths of a meter.
Well argued, and certainly more impassioned than my tepid defense of imperial. Consider me convinced; I’m switching teams lol.
Good! Here your kilo of sea-level water, use it wisely.