The melting point and boiling point of argon are 83.81 K and 87.302 K respectively. So argon is liquid in between these two temperatures.
Argon turns into a liquid at a temperature of -185.86 degrees Celsius (-302.53 degrees Fahrenheit) under normal atmospheric pressure.
Argon cannot freeze. The temperatures required would be below absolute zero which is impossible to achieve. Therefore the answer is unknown.
The melting point of Argon is -189.3°C (83.8 K). At this temperature, solid Argon transitions to liquid form.
The freezing point of liquid argon is -189.34 degrees Celsius or -308.81 degrees Fahrenheit. At this temperature, argon transitions from a gas to a solid state.
To convert from pounds of gas to liquid, you need to know the vapor pressure of the gas at the expected temperature. Without this information, it isn't possible to determine the exact amount of liquid argon needed.
Argon becomes a liquid at a temperature of -185.8 degrees Celsius.
No. Argon is a gas at room temperature.
Argon turns into a liquid at a temperature of -185.86 degrees Celsius (-302.53 degrees Fahrenheit) under normal atmospheric pressure.
Argon is a gas at room temperatures.
Argon cannot freeze. The temperatures required would be below absolute zero which is impossible to achieve. Therefore the answer is unknown.
The melting point of Argon is -189.3°C (83.8 K). At this temperature, solid Argon transitions to liquid form.
It can be a solid liquid or a gas, depending on the temperature
The freezing point of liquid argon is -189.34 degrees Celsius or -308.81 degrees Fahrenheit. At this temperature, argon transitions from a gas to a solid state.
Argon's melting point is 83.80 K, −189.35 °C, −308.83 °F
Compression. Argon is turn to liquid by compression and removing heat. Typically this is done through refrigeration using liquid nitrogen. Most liquid argon is produced in a plant that makes liquid O2,N2 and Ar. It is the rarest of the 3.
At room temperature and normal atmospheric pressure it is a gas.
To convert from pounds of gas to liquid, you need to know the vapor pressure of the gas at the expected temperature. Without this information, it isn't possible to determine the exact amount of liquid argon needed.