if you please , what do you mean by ' the two phases become identical in composition ' at cst... i understand that it is one phase but what will be its composition , is it mix of both liquids but constituting one phase , what will be the percentage of both components in this case ?
v = number of components - number of phases +2 (+2 for temperature and pressure). Given that for these T,x diagrams the pressure is fixed, the formula becomes v = n-f+1
Can someone explain how the temperature is affecting the composition of the 2 components when the concentrations of both are 1:1(The mid point)?
if you please , what do you mean by ' the two phases become identical in composition ' at cst... i understand that it is one phase but what will be its composition , is it mix of both liquids but constituting one phase , what will be the percentage of both components in this case ?
Excuse me, what happens when the diagram doesn´t close?
thank you. Now I have a better understanding on this topic!
does it matter which liquid is on which side of the diagram?
No.
How to find degree of freedom using this diagram?
v = number of components - number of phases +2 (+2 for temperature and pressure). Given that for these T,x diagrams the pressure is fixed, the formula becomes v = n-f+1