The freezing point of water is also a great place to zero the scale
I disagree. Realistically the scale shouldn’t be able to be negative at all. It doesn’t really make any sense for something have a negative temperature.
Imagine if other scales worked that way. An object can’t be negative centimeters long. Light can’t be negative lumens. You can’t score negative % on a test. If you are measuring something you can’t have less than nothing.
It’s not nothing, it’s just below the freezing point of water. Zero energy is zero Kelvin. This is also a bad take because Fahrenheit also goes negative. I suppose you should just start using Kelvin if that is your opinion.
I disagree. Realistically the scale shouldn’t be able to be negative at all. It doesn’t really make any sense for something have a negative temperature.
Imagine if other scales worked that way. An object can’t be negative centimeters long. Light can’t be negative lumens. You can’t score negative % on a test. If you are measuring something you can’t have less than nothing.
It’s not nothing, it’s just below the freezing point of water. Zero energy is zero Kelvin. This is also a bad take because Fahrenheit also goes negative. I suppose you should just start using Kelvin if that is your opinion.