by fractional distillation of liquefied air oxygen is obtained due to it's boiling point
Air is a mixture; the properties of the constituents of air (oxygen, nitrogen, carbon dioxide etc.) are not changed, and the mass ratios among them are not as consistent as they would be if air were a compound. On distillation of liquefied air, nitrogen predominantly distills off first, leaving behind oxygen in the liquid form. This is characteristic of a mixture, not of a compound.
the study of liquified air wasto discover neon
yes it is a homogeneous mixture.
The easiest way to separate three gases is to liquefy them all by cooling, and then gradually warm them up and separate them by fractional distillation (since each liquefied gas will have a different boiling point).
yes oxygen is a liquid at -183 celsius and a solid at -220 celsius,liquid oxygen is blue in colour and is very dangerous,unless your trained how to handle it id suggest getting out of the room its in
Oxygen from air is separated by first condensing it into a liquid and then using fractional distillation to separate nitrogen and other gases. That is the only way to separate oxygen from air on industrial scale.
The Romans didn't know about oxygen as a substance separate to air, so there is no Latin word for oxygen. The Latin word for air is aura.
The largest industrial process to produce pure oxygen is done through fractional distillation of liquefied air.
It was discovered in liquefied air.
You need to get the air liquid and then evaporate it - oxygen evaporates more easily than nitrogen. At normal pressure, air gets liquefied at about 78 kelvin (-195 degrees Celsius).
The air is first filtered. This is to remove any dust particles or any other particles. Next the air is liquefied - compressed down to its liquid form. To remove carbon dioxide the air is filtered through sodium hydroxide. Because different gases boil at different temperatures the liquid air is heated. The first gas to be separated from this liquid air is nitrogen (at -1960c). Next Argon comes out (at -1890c). Although this doesn't get rid of all the other tiny bits of gas in the oxygen left over, this is the way to separate the most important gases in the air we breathe.
Oxygen, and sometimes hydrogen as well.
Oxygen when liquefied looks like water with a bit blue color (baby blue).
Air is a mixture; the properties of the constituents of air (oxygen, nitrogen, carbon dioxide etc.) are not changed, and the mass ratios among them are not as consistent as they would be if air were a compound. On distillation of liquefied air, nitrogen predominantly distills off first, leaving behind oxygen in the liquid form. This is characteristic of a mixture, not of a compound.
Air is a mixture; the properties of the constituents of air (oxygen, nitrogen, carbon dioxide etc.) are not changed, and the mass ratios among them are not as consistent as they would be if air were a compound. On distillation of liquefied air, nitrogen predominantly distills off first, leaving behind oxygen in the liquid form. This is characteristic of a mixture, not of a compound.
By fractional distillation of liquefied air.
the study of liquified air wasto discover neon