A) Rate \[=K({{C}_{x}})\,({{C}_{y}})\,({{C}_{z}})\]
B) Rate \[=K{{({{C}_{x}})}^{0.5}}\,{{({{C}_{y}})}^{0.5}}\,{{({{C}_{z}})}^{0.5}}\]
C) Rate \[=K{{({{C}_{x}})}^{1.5}}\,{{({{C}_{y}})}^{-1}}{{({{C}_{z}})}^{0}}\]
D) Rate \[=K({{C}_{x}})\,{{({{C}_{z}})}^{n}}/{{({{C}_{y}})}^{2}}\]
Correct Answer: C
Solution :
Order of reaction is sum of the power raised on concentration terms to express rate expression.
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