## Question

###### The equilibrium constant is .090 at 258C for the reaction:HzO(g) ClzO(g) = 2HOCI(g)For each of the following sets of initial conditions_ at 258C, in which direction will the reaction position shift (significantly)?RigntP(HzO) 429_ torr, P(ClzO) 88.50 torr, P(HOCI) 93.53 torr _RightP(HzO) 292.0 torr, P(ClzO) 35.60 torr, P(HOCI) 30.59 torr.A 5.0-L flask contains 2.455*10-2 mol of HOCI, 6.542x10-3mol of Clz0, and 6 550x10-1 mol of HzoRightP(Hzo) 490.0 torr, P(CIzO) 44.40 torr, P(HOCI) 30.97 torr.A

The equilibrium constant is .090 at 258C for the reaction: HzO(g) ClzO(g) = 2HOCI(g) For each of the following sets of initial conditions_ at 258C, in which direction will the reaction position shift (significantly)? Rignt P(HzO) 429_ torr, P(ClzO) 88.50 torr, P(HOCI) 93.53 torr _ Right P(HzO) 292.0 torr, P(ClzO) 35.60 torr, P(HOCI) 30.59 torr. A 5.0-L flask contains 2.455*10-2 mol of HOCI, 6.542x10-3mol of Clz0, and 6 550x10-1 mol of Hzo Right P(Hzo) 490.0 torr, P(CIzO) 44.40 torr, P(HOCI) 30.97 torr. A 2.0-L flask contains 4.700x10-2 mol of HOCI, 8.500x10-2mol of Cl20, and 1.708x10-1 mol of Hzo.

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