Answer: Option 2
Given, vapor-liquid equilibrium : Number of components \[\left( {{\rm{water}}} \right) = 1\] Number of phases involved \[\left( {{\rm{vapor - liquid}}} \right) = 2\] So, degree of freedom : \[\begin{array}{l} \left( f \right) = C - \emptyset + 2\\ 1 - 2 + 2 = 1 \end{array}\]
Answer: Option 1 Given, number of components $$= 2$$ Number of phases $$= 2$$ $$\eqalign{ & {\text{So, }}f = 2 - 2 + 2 \cr & \Rightarrow f = 2 \cr} $$ Assuming no reaction...
1 Answers 1 viewsAnswer: Option 3 The given number of component $$= 2$$ Given number of phases $$= 2$$ We know, $${\text{degree of freedom (number of independent variables) }} = C - \phi + 2$$ $$\left(...
1 Answers 2 viewsAnswer: Option 3 The given number of component $$= 2$$ Given number of phases $$= 2$$ We know, $${\text{degree of freedom (number of independent variables) }} = C - \phi + 2$$ $$\left(...
1 Answers 1 viewsAnswer: Option 2 Let'
1 Answers 3 viewsAnswer: Option 1 For thermodynamic equilibrium to satisfy by a system the system should satisfies three conditions I. Temperature should be same between the phases. II. Pressure should be same between...
1 Answers 1 viewsAnswer: Option 3 If the liquid and vapor are pure, in that they consist of only one molecular component and no impurities, then the equilibrium state between the two phases...
1 Answers 1 viewsAnswer: Option 1 Let'
1 Answers 2 viewsAnswer: Option 4 The statement mentions that the candidates who have obtained second class Master's degree or have appeared for the final year examination of Master's degree, can apply for...
1 Answers 1 viewsAnswer: Option 3 Let'
1 Answers 2 views