Not much (a few percent difference) in the case of the photosphere; the difference of 273 degrees is totally irrelevant in the case of the Sun's core.
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The state of matter would be solid, because 25 degrees Celsius is "room Temp."
That's a matter of opinion. What do you call 'hot' or 'cold' ?6600 degrees Celsius is the same temperature as 11,912 degrees Fahrenheit.My wife would like to keep our house at that temperature, but I call that 'hot' and I won't let her.I'm guessing that you would also call that 'hot'.
Oh, dude, like, -12 degrees Celsius is 261 Kelvin. Yeah, it's like the temperature conversion thing where you add 273 to the Celsius temperature to get Kelvin. So, yeah, now you know the temperature in Kelvin, but does it really matter? Like, it's still freezing either way.
A cubic centimeter is a cubic centimeter always and no matter what! It doesn't matter what the temperature is! However, I think you are asking for the mass of a cubic centimeter of water 4 °C and that is exactly 1 gram.
10 degrees Celsius in terms of Kelvin is 283 degrees. To convert from Celsius to Kelvin, just add 273 degrees. Kelvin adds 273 degrees to Celsius because Kelvin is measured in essentially the same units as Celsius, but 0 degrees Kelvin is absolute zero. The temperature of matter cannot fall below absolute zero: there is no atomic activity at absolute zero. So, 0 degrees Celsius is 273 Kelvin - the freezing point of water.