Yeah, like who needs to tell quickly whether road conditions will be icy? It’s much more useful to know how much warmer it is than the arbitrary temperature Americans say is the lowest you can survive
I could be wrong on this, but I think Kelvin is basically required for thermodynamic measurements. Entropy measurements, for example, depend on ratios between temperatures relative to absolute zero. You could still manage using centigrade of course, but you would have to offset all of your temperature measurements by 273.15
Probably a lot of other physical applications that also depend on having an absolute zero reference, but that’s the only one I can think of for now.
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.
Celsius can be used in place of all three, the others cannot.
The freezing point of water is also a great place to zero the scale.
i love this idea that water is completely irrelevant to humans, as if it’s not like 60% of our mass and vital to living
yeah no let’s base the temperature scale around what some english dude felt was comfortable
Yeah, like who needs to tell quickly whether road conditions will be icy? It’s much more useful to know how much warmer it is than the arbitrary temperature Americans say is the lowest you can survive
I could be wrong on this, but I think Kelvin is basically required for thermodynamic measurements. Entropy measurements, for example, depend on ratios between temperatures relative to absolute zero. You could still manage using centigrade of course, but you would have to offset all of your temperature measurements by 273.15
Probably a lot of other physical applications that also depend on having an absolute zero reference, but that’s the only one I can think of for now.
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.
Plus 100 is boiling it’s a perfect scale.