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It is its boiling point, or 90.20 K, -182.95 °C, and -297.31 °F.

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What is the liquefaction point of oxygen gas?

The liquefaction point of oxygen gas is around -182.96°C or -297.33°F at a pressure of 1 atmosphere. At this temperature, oxygen gas transforms into a liquid state.


Is liquefaction point and boiling point same?

yes


Definition of melting point range?

The interval between the beginning of liquefaction and complete liquefaction


What is liquefaction point of hydrogen?

The melting point of hydrogen is -259,14 0C.


The melting point is also called what?

The melting point is also called the liquefaction point or the fusion point.


What is the temperature that gas turns into liquid?

This temperature is called condensation or liquefaction point.


How do i liquify oxygen?

You can liquify oxygen by cooling it to very low temperatures below its critical point of -118.57 degrees Celsius, under high pressure. This can be achieved using a cryogenic system or liquefaction plant designed for this purpose.


What part of speech is liquefaction?

Liquefaction is a noun.


What is the favorable condition for liquefaction of gases?

The temperature must be below the critical point and the phase can change to liquid by cooling the gas. If the gas is at conditions of temp and pressure below the triple point, the gas will instead be converted to a solid.


Melting point is the temperature when a changes to a?

Melting point is the temperature at which a solid substance changes to a liquid state. It is sometimes also called the liquefaction point.


Which has the lower freezing point oxygen or ethanol?

Oxygen has a lower point.


What do you mean by liquefaction. Discuss different ways by which liquefaction of gases can be achieved?

Liquefaction is the process of transforming a gas into a liquid state by decreasing its temperature and increasing its pressure. There are various methods to achieve liquefaction of gases, including compression refrigeration, Joule-Thomson expansion, and absorption refrigeration. These methods work by manipulating the pressure and temperature of the gas to reach its saturation point, where it transitions into a liquid state.