Conversion of ideal gas into solids
Gas molecules in an ideal gas state have high kinetic energy and are in constant motion. The conversion of ideal gas into solids is a process that involves significant changes in the arrangement and energy levels of the gas molecules.

Explanation
- Low temperature: While lowering the temperature of a gas can lead to a decrease in kinetic energy, causing the gas molecules to move closer together, this alone is not sufficient to convert an ideal gas into a solid. It may cause the gas to condense into a liquid or even a solid, but it won't be the same as the original gas molecules forming a solid structure.
- Low pressure: Pressure affects the volume and density of a gas, but reducing pressure alone does not cause gas molecules to form a solid structure. It may lead to expansion or contraction of the gas, but not a direct conversion into a solid.
- Low volume: Changing the volume of a gas can alter its pressure and temperature, but compressing a gas into a smaller volume does not automatically result in the formation of a solid. The gas may reach high densities, but it will not transform into a solid state.
- Impossibility: The conversion of an ideal gas directly into a solid is considered impossible under normal circumstances. Solids have a highly ordered structure with fixed positions for atoms or molecules, which is fundamentally different from the random motion of gas molecules in an ideal gas state. The transition from a gas to a solid typically involves intermediate states such as a liquid or a supercritical fluid.
In conclusion, the direct conversion of an ideal gas into a solid is not feasible without additional processes or external factors influencing the gas molecules' behavior and structure.