[physstudent1]

1. The problem statement, all variables and given/known data

A rigid container of volume 1 m^3 contains saturated water at 1MPa.  If the quality is .10, what is the volume occupied by the vapor.

2. Relevant equations



3. The attempt at a solution
I wanted to use the equation v=(1-x)(v_l)+x(v_v)

where all v's are specific volumes bc I can look up the specific vapor and liquid volumes at this temperature.  however I don't know the specific volume of the overall system or the total mass so I am kinda stuck can anyone help?

[physstudent1]

I did (.10/5.14) / ((.10/5.14)+(.90/887.3)) to get .95 vapor by volume I'm not sure if this will work though the examples i found had how much mass over each density instead of the mass fractions.  I am not supplied with a mass though only with mass fractions so that's what I used can anyone comment on if this right please I know its last minute but it's due tomorrow =/