gas
It's determined by the spacing of its atoms. If they are spaced close together in a rigid formation it's a solid. Somewhat spread out and fluid in formation is a liquid. Spaced far and very active in its motion is a gas.
The solidus is the boundary line on a phase diagram that separates regions where a substance is in a solid state from where it is in a liquid state. The solvus is the boundary line on a phase diagram that separates regions where solid solutions are stable from regions where they are not stable, indicating the limited solubility of one component in another.
Phase diagrams typically show the boundaries between the different phases based on 2 or more variables. For 2 factor diagrams the variables may be temperature & pressure, volume & pressure (often with isotherms superimposed), temperature & composition, or (in the case of a 3 dimensional diagram, temperature, pressure & volume (where instead of isotherm lines, temperature becomes a variable on one of the 3 axes). The choice of variables depends on what you need to compare.
both have a solid, liquid, and gas phase. it's just that to get CO2 in the liquid phase takes a lot of effort and is highly reactive in terms of it quickly evaporates to the preferred state of gaseous CO2.
The butane phase diagram shows how butane can exist as a solid, liquid, or gas depending on the temperature and pressure. It illustrates the boundaries between these states and the conditions where each state is stable.
Phase diagram?
A phase diagram illustrates the relationship between the physical state (solid, liquid, gas) of a substance and its temperature and pressure. Different regions on the diagram correspond to different states of matter based on the prevailing conditions of temperature and pressure. The boundaries between the regions represent conditions where phase transitions occur.
It's determined by the spacing of its atoms. If they are spaced close together in a rigid formation it's a solid. Somewhat spread out and fluid in formation is a liquid. Spaced far and very active in its motion is a gas.
The diagram that typically shows the change that produces glass is called a "phase diagram" or "phase transformation diagram." It illustrates the transition from a liquid state to a solid state as the temperature and composition change, highlighting the process of cooling molten silica and other materials to form glass. The diagram often includes regions representing different phases (solid, liquid) and critical points where the transitions occur.
A phase diagram identifies the state of matter of a substance for specific combinations of temperature and pressure. It shows the boundaries between different states (solid, liquid, gas) and regions where two phases coexist. The diagram helps understand how a substance behaves under different conditions.
The solidus is the boundary line on a phase diagram that separates regions where a substance is in a solid state from where it is in a liquid state. The solvus is the boundary line on a phase diagram that separates regions where solid solutions are stable from regions where they are not stable, indicating the limited solubility of one component in another.
To read a phase change diagram effectively, look at the temperature and pressure axes to determine the state of the substance (solid, liquid, gas). Follow the lines to see how the substance changes phases at different conditions. Pay attention to the slopes of the lines, which indicate the rate of change between phases.
State? Or phase? It would be a liquid phase. But its state is unknown since the state of a substance includes its pressure, temperature AND phase. Phase is a part of a state, but a state is not a phase.
Phase diagrams typically show the boundaries between the different phases based on 2 or more variables. For 2 factor diagrams the variables may be temperature & pressure, volume & pressure (often with isotherms superimposed), temperature & composition, or (in the case of a 3 dimensional diagram, temperature, pressure & volume (where instead of isotherm lines, temperature becomes a variable on one of the 3 axes). The choice of variables depends on what you need to compare.
The name of a diagram that shows how a site is structured is called the state.
both have a solid, liquid, and gas phase. it's just that to get CO2 in the liquid phase takes a lot of effort and is highly reactive in terms of it quickly evaporates to the preferred state of gaseous CO2.
The transformation of a physical state of a substance into a different physical state is called a phase change. An example of this is water changing from solid (ice), to a liquid (water), to a gas (steam).