3. The bimolecular reaction of chlorine monoxide can result in the formation of three different combinations of products or product channels (the rate constant for each reaction is indicated): clO(g) + ClO(g) → Cl2(g) + O2(g) k= 2.9 × 106 ClO(g) + CIO(g) → CIO0(g) + Cl(g) ClO(g) + ClO(g) → OCIO(g) + CI(g) k= 7.0 × 106 k= 2.1 × 106 By using 1.00 bar chlorine monoxide, what would be the partial pressure yield of chlorine atom? A) 0.38 bar B) 0.12 bar C) 0.58 bar D) 0.18 bar E) 0.70 bar
3. The bimolecular reaction of chlorine monoxide can result in the formation of three different combinations of products or product channels (the rate constant for each reaction is indicated): clO(g) + ClO(g) → Cl2(g) + O2(g) k= 2.9 × 106 ClO(g) + CIO(g) → CIO0(g) + Cl(g) ClO(g) + ClO(g) → OCIO(g) + CI(g) k= 7.0 × 106 k= 2.1 × 106 By using 1.00 bar chlorine monoxide, what would be the partial pressure yield of chlorine atom? A) 0.38 bar B) 0.12 bar C) 0.58 bar D) 0.18 bar E) 0.70 bar
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Chapter18: Thermodynamics And Equilibrium
Section: Chapter Questions
Problem 18.101QP: The direct reaction of iron(III) oxide. Fe2O3, to give iron and oxygen gas is a nonspontaneous...
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Transcribed Image Text:3. The bimolecular reaction of chlorine monoxide can result in the formation
of three different combinations of products or product channels (the rate
constant for each reaction is indicated):
ClO(g) + CIO(g) → Cl2(g) + O2(g)
k= 2.9 x 106
k= 7.0 × 106
ClO(g) + ClO(g) → CIOO(g) + Cl(g)
ClO(g) + ClO(g) → OCIO(g) + CI(g)
k= 2.1 x 106
By using 1.00 bar chlorine monoxide, what would be the partial pressure
yield of chlorine atom?
A) 0.38 bar
B) 0.12 bar
C) 0.58 bar
D) 0.18 bar
E) 0.70 bar
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