phosphorous pentachloride, PCl5 dissociates on heating to give phosphorous trichloride PCl3 and chlorine Cl2. A closed 2.00 L vessel contains 0.0100 of mol PCl5. PCl5(g)=PCl3(g)+ Cl2 (g) Kc=4.15*10-2 at 250 0C. (a) what are the equilibrium concentrations of each product and reactant? (b) what is the total pressure at 250 0C when equilibrium is acheived?
phosphorous pentachloride, PCl5 dissociates on heating to give phosphorous trichloride PCl3 and chlorine Cl2. A closed 2.00 L vessel contains 0.0100 of mol PCl5. PCl5(g)=PCl3(g)+ Cl2 (g) Kc=4.15*10-2 at 250 0C. (a) what are the equilibrium concentrations of each product and reactant? (b) what is the total pressure at 250 0C when equilibrium is acheived?
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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phosphorous pentachloride, PCl5 dissociates on heating to give phosphorous trichloride PCl3 and chlorine Cl2. A closed 2.00 L vessel contains 0.0100 of mol PCl5.
PCl5(g)=PCl3(g)+ Cl2 (g) Kc=4.15*10-2 at 250 0C.
(a) what are the equilibrium concentrations of each product and reactant?
(b) what is the total pressure at 250 0C when equilibrium is acheived?
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