1) For the reaction; CO (g) + Cl2 (g)→ COCl2 (g) K= 215 If I start...

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1) For the reaction; CO (g) + Cl2 (g)→ COCl2 (g) K= 215 If I start...

1) For the reaction;

CO (g) + Cl2 (g)→ COCl2 (g) K= 215
If I start with 2.50 M CO and 3.50 M chlorine calculate the equilibrium concentrations of all three chemicals.

2) How long will it take for 23% of a chemical to decompose if the process is first order and I am starting with 3.0M with a half life of 2.1 years? Please answer in years.

3) Write the overall rate law for the following series of reactions;

A+B+C→D (overall)

1. A + B ↔ X (fast) (↔ means reversible)

2. C ↔ Y (fast)
3. X + Y → D (slow)

You can assume that the rate constants are as follows; Reaction 1 = k1 for forward and k-1for reverse reaction; Reaction 2 = k2 for forward and k-2 for reverse reaction and for Reaction 3 = k3

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Add Answer to: 1) For the reaction; CO (g) + Cl2 (g)→ COCl2 (g) K= 215 If I start...

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1) For the reaction; CO (g) + Cl2 (g)→ COCl2 (g) K= 215 If I start...