350 f = 176.7 c
350 °f = 176.66 °c
Kelvin = Celsius + 273.15 therefore (assuming you are referring to the freezing point of water, 0C) freezing point = 273.15K
It is: 9/5*(180)+32= 356 degrees Fahrenheit
We know that iodine's heat of sublimation is 56.94cal/g, so I believe that you can find the heat of sublimation at a specific temperature if you have a know amount of grams.
Boron is a chemical element with symbol BIts atomic number is 5.It is a pure solid at room temperatureIts melting point is above 2000 degrees centigrades
96ºF = 35.56ºC
23.88 C
209.48 F
176.67 C
68ºF = 20.0ºC
Answer: 205 K = -68 ºC
-40 on both scales.
2 meters and 5 centigrades
176.7C
First we should fill atmospheric air into a huge container using a tube which is consisting with a filter & sulphuric acid. Then cool it upto -200 centigrades .At that stage you can obtain the liqiud state of atmosphere. And then let it open to the natural atmospheric temparature. First you can obtain Nitrogen at -196 centigrades. Then you can extract it easily using a tube. then at -183 centigrades you can obtain the gaseous state of oxygen to another container.
350 °f = 176.66 °c
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