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1987NOBr dissociates readily at 25C:NOBr(g)NO(g)+1/2Br2(g). Some NOBr is placed in a 1.00L flask and allowed to dissociate. At equilibrium the total pressure is 0.250 atm

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1987NOBr dissociates readily at 25C:NOBr(g)NO(g)+1/2Br2(g). Some NOBr is placed in a 1.00L flask and allowed to dissociate. At equilibrium the total pressure is 0.250 atm and the compound is found to be 34% dissociated. A) Calculate the partial pressure of bromine at equilibrium ( 0.0364atm) B) Calculate the value of KD and Kc. (Kp=0.0984;Kc=0.0199) C) In a separate experiment at the same T, the equilibrium concentrations of NOBr and NO were found to be 0.0125M and 0.00313M, respectively. Determine the number of moles of Br2 at equilibrium. ( 0.00632 mole Br2)

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