1. One mole of a particular gas follows the state equation as given: P(V-B) = RT...

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1. One mole of a particular gas follows the state equation as given: P(V-B) = RT with B is a constant in unit atm ¹. Derive equations to state the fugacity and fugacity coefficient of the gas. At 150 K and 10 atm, the gas equation can be expressed as PV = RT (1 +3.55 × 10-5P) Determine the fugacity of the gas at this condition. 1. One mole of a particular gas follows the state equation as given: P(V-B) = RT with B is a constant in unit atm ¹. Derive equations to state the fugacity and fugacity coefficient of the gas. At 150 K and 10 atm, the gas equation can be expressed as PV = RT (1 +3.55 × 10-5P) Determine the fugacity of the gas at this condition.

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