liquid
No, the vapor pressure of CO2 would be higher. Think of it like this, if you compress the molecules in gas enough, they will be close enough together to form a liquid. Both CO2 and water can exist as liquids and gas. At atmospheric pressure (14.7psi) or normal everyday pressure, water is a liquid and CO2 is a gas. This means that 14.7psi is not enough pressure to compress CO2 into the liquid state. Therefore, CO2 has a higher vapor pressure because it requires more pressure to become a liquid. Looking at it from the other side, if you had extremely high pressure where CO2 and water were both liquids and you started lowering the pressure, CO2 would become a vapor first once you went below a certain high pressure, and water wouldn't become a gas until you went well below atmospheric pressure.
If the temperature is increased high enough to increase the value pressure of the liquid to that of the atmospheric pressure, the liquid will boil and vaporize to become a gas.
Yes, gold can become a gas through a process called sublimation where it transitions directly from a solid to a gas without passing through a liquid phase. This typically occurs at high temperatures and pressure.
For a solid to change into a gas, the conditions needed are high enough heat and low enough air pressure.
Sometimes. If the total mass is high enough, and if the cloud of dust and gas collapse to reach a high enough density and pressure, nuclear fusion can begin in the core and it will become a star. If the total mass is not high enough, it may collapse into a "brown dwarf".
Yes - low temperature and/or high pressure are needed, how extreme of either depends on the gas.
At high pressure the gas become a liquid.
Compression by definition is raising the pressure in order to lower the volume. It would be pretty impossible to compress a gas using low pressure. Of course, low pressure is relative, and it depends on how far you want to compress it. Eventually, the pressure will be high enough that the gas will form a liquid.
Stars develop when gravity pulls gas and dust together with enough pressure to ignite nuclear fusion. This process starts in the core of the collapsing cloud, where the temperature and pressure become high enough for nuclear reactions to occur, initiating the star's life cycle.
Yes, at high enough temperatures, gas can become ionized by losing its electrons. This process is known as ionization and results in the gas forming a plasma.
when the collision between the gas molecules and the container in which the gas exist is very high.....then the pressure of the gas is very high
Low pressure gas discharge is typically achieved by enclosing gas in a container at low pressure and then applying a high voltage across the electrodes inside the container. This high voltage causes the gas to become ionized, creating a glowing discharge. Examples include fluorescent lights and neon signs.