Plus, many of us are in STEM fields and appreciate/prefer the metric/SI system. However, we think in imperial units because that’s what we used in daily life in our formative years.
I have no problem with metric units, but I do a rough mental conversion to imperial to relate to the measurement, and get a “feel” for it. This goes for temperature, distance, speed, volume, weight/mass, pressure, and essentially anything else that’s an everyday unit.
It’s analogous to how much of the world thinks of nuclear explosions in terms of kilotons or megatons of TNT. I mean, all you have to do is multiply megatons by 4.184e+15 and you’re back to the sensible unit of Joules. :)
Plus, many of us are in STEM fields and appreciate/prefer the metric/SI system. However, we think in imperial units because that’s what we used in daily life in our formative years.
I have no problem with metric units, but I do a rough mental conversion to imperial to relate to the measurement, and get a “feel” for it. This goes for temperature, distance, speed, volume, weight/mass, pressure, and essentially anything else that’s an everyday unit.
It’s analogous to how much of the world thinks of nuclear explosions in terms of kilotons or megatons of TNT. I mean, all you have to do is multiply megatons by 4.184e+15 and you’re back to the sensible unit of Joules. :)
I go back to what my professor in my first engineering class told us – a good engineer can work in any unit system.
At the end of the day, imperial vs metric is an argument you have over some beers with friends. It’s inconsequential.
That’s a damn good point, the distance doesn’t change regardless of what you call it.
Hell, I’m not an engineer and that’s something I was taught in school. In Texas. In the 80’s.
Man, this place has devolved so horrendously…
Man :/