Question: solve it clearly step by step For the Hydrogen Cyanide synthesis reaction is written as follow: N2(g)+C2H2(g)=2HCN(g) This reaction reaches equilibrium at 650C and 1atm.

solve it clearly step by step
solve it clearly step by step For the Hydrogen Cyanide synthesis reaction

For the Hydrogen Cyanide synthesis reaction is written as follow: N2(g)+C2H2(g)=2HCN(g) This reaction reaches equilibrium at 650C and 1atm. The feed contains equimolar mixture of N2 and C2H2. a) Calculate the equilibrium constant at the reaction equilibrium conditions. [5] b) Develop an expression for equilibrium conversion (e) assuming ideal gas behavior. [4] c) What is the composition of the system at equilibrium with the assumption made ir part (b)? [2] d) What would be the expression for equilibrium expression if the reaction takes place at a high pressure (200 bar)? [1]

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