When it comes to Fahrenheit, there is some merit to the idea - 0 to 30 is a small scale compared to 0 to 100, and unlike Imperial vs. Metric, Celcius has no base 10 system that makes any more sense than Fahrenheit does. . The opposite is true of kilometers and miles - kilometers is more refined since each unit is a shorter distance.
I’d prefer the Metric system, but Farenheit over Celcius for temperature measurement.
The fixed points (for 0 and 100) are much more logical though and can be used to accurately recreate the scale anywhere (well… it’ll be slightly off on higher altitude since boiling temperature changes but it’s still not far off).
0°C = water freezes (= it’s snowing)
100°C = water boils
meanwhile:
0°F = the coldest night Mr Fahrenheit experienced, thinking it couldn’t get any colder than that
100°F = Mr Fahrenheit’s own body temperature (he had a slight fever apparently)
When it comes to Fahrenheit, there is some merit to the idea - 0 to 30 is a small scale compared to 0 to 100, and unlike Imperial vs. Metric, Celcius has no base 10 system that makes any more sense than Fahrenheit does. . The opposite is true of kilometers and miles - kilometers is more refined since each unit is a shorter distance.
I’d prefer the Metric system, but Farenheit over Celcius for temperature measurement.
The fixed points (for 0 and 100) are much more logical though and can be used to accurately recreate the scale anywhere (well… it’ll be slightly off on higher altitude since boiling temperature changes but it’s still not far off).
0°C = water freezes (= it’s snowing)
100°C = water boils
meanwhile:
0°F = the coldest night Mr Fahrenheit experienced, thinking it couldn’t get any colder than that
100°F = Mr Fahrenheit’s own body temperature (he had a slight fever apparently)
How would you recreate that??
I am not water.