For the Reaction X 2 + Y + Z$\rarr$ XY + XZ, It Is Found That the Rate Equation

The Answer of For the Reaction X 2 + Y + Z$\rarr$ XY + XZ, It Is Found That the Rate Equation

For the Reaction X 2 + Y + Z$\rarr$ XY + XZ, It Is Found That the Rate Equation

The Answer of For the Reaction X 2 + Y + Z$\rarr$ XY + XZ, It Is Found That the Rate Equation

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For the Reaction X₂ + Y + Z $\rarr$ XY + XZ, It Is Found That the Rate Equation

Question 42

Multiple Choice

For the reaction X₂ + Y + Z $\rarr$ XY + XZ, it is found that the rate equation is rate = k [X₂][Y]. Why does the concentration of Z have no effect on the rate

A) The concentration of Z is very small and the others are very large.
B) Z must react in a step after the rate determining step.
C) Z is an intermediate.
D) The fraction of molecules of Z that have very high energies is zero.
E) The activation energy for Z to react is very high.

For the Reaction X2 + Y + Z →\rarr→ XY + XZ, It Is Found That the Rate Equation

Multiple Choice

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For the Reaction X₂ + Y + Z $\rarr$ XY + XZ, It Is Found That the Rate Equation

Correct Answer:
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