I agree with you. P + V = C +2casas1010 said:What is the degrees of freedom at the critical point of a 1 component system such as water. in my test I put zero because the critical point is a POINT that is fixed per substance.
is there any books that can back me up?
I heard that my teacher said there was 1 degree of freedom which I am pretty sure its wrong
The Gibbs phase rule at critical point is a fundamental principle in thermodynamics that relates the number of phases, components, and degrees of freedom in a system at its critical point.
The Gibbs phase rule is used to determine the number of phases that can coexist in a system at its critical point, based on the number of components and degrees of freedom in the system.
The critical point is the temperature and pressure at which a substance transitions from one phase to another, typically from liquid to gas. It is the highest point on a phase diagram and marks the end of the liquid-gas coexistence region.
The critical point is significant because it represents the conditions at which the properties of a substance change dramatically, and it is a key factor in understanding phase transitions and critical phenomena in thermodynamics.
The Gibbs phase rule at critical point is important in predicting and understanding phase transitions, as it provides a framework for determining the conditions at which multiple phases can coexist in a system. This can help scientists study and manipulate phase transitions for various applications.