Consider the reaction of Chlorine and Fluorine: Cl2 (g) + F2 (g)  2ClF (g) with Kc = 108A 18.0 L reactor charged with 24.0 moles of ClF, 18.0 moles Cl2, and 18.0 moles F2. d) Calculate [ClF]i , [Cl2]i , and [F2] i .
e) Recalculate [ClF]i , [Cl2 ] i , and [F2 ] i if the reaction is shifted entirely to the reactants side. e) Recalculate [ClF]i , [Cl2 ] i , and [F2 ] i if the reaction is shifted entirely to the reactants side.
f) Recalculate [ClF]i , [Cl2 ] i , and [F2 ] i if the reaction is shifted entirely to the products side.
g) Set up three separate i. c.e. tables using the three different “initial” concentrations from d, e and f .
d) i. c.e table for concentrations calculated in d):
e) i. c.e table for concentrations calculated in e):
f) i. c.e. table for concentrations calculated in f):