2. marks] marks] (a) (1) (ii) Derive the general expression of fugacity for liquids at constant...

 

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2. marks] marks] (a) (1) (ii) Derive the general expression of fugacity for liquids at constant temperature. [2 Liquid chlorine at has a vapour pressure of 0.77M pa, fugacity 0.7M pa and molar volume /kg mole. Calculate the fugacity at 10 [2 marks] mpa and (iii) A terinary gas mixture contains 20 mole % A, 35 mole% B and 45 mole % C at 60 atmand. The fugacity coefficients of A, B and C in this mixture are 0.7, 0.6 and 0.9. Calculate the fugacity of the mixture. [2 2. marks] marks] (a) (1) (ii) Derive the general expression of fugacity for liquids at constant temperature. [2 Liquid chlorine at has a vapour pressure of 0.77M pa, fugacity 0.7M pa and molar volume /kg mole. Calculate the fugacity at 10 [2 marks] mpa and (iii) A terinary gas mixture contains 20 mole % A, 35 mole% B and 45 mole % C at 60 atmand. The fugacity coefficients of A, B and C in this mixture are 0.7, 0.6 and 0.9. Calculate the fugacity of the mixture. [2

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i The general expression of fugacity for liquids at constant temperature is given by ... View the full answer