The gas phase hydration of formaldehyde can be modeled using a mechanism involving a hydrogen-bonded complex:  CH2O + H2O ⇌ CH2O…H2O (k1, k−1) CH2O…H2O → CH2(OH)2 (k2)  a. Write the differential rate law for each species in this mechanism.  b. Use the steady state approximation to determine the effective 2nd order rate law for the reaction. State what assumptions you make to use the steady state approximation.

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Q: Given reaction rate data for: F2 + 2CIO2 → 2FCIO2 Initial Rate (M/s) [FJ(M) 0.10 [CIO,1(M) 0.010…

A: This is first order reaction with respect to each reactant and the overall order is 1+1= 2

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A: SOLUTION: The Given reaction is,

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Q: An unknown gas, DD, reacts with fluorine gas to form the compound DF4(g)DF4(g), as represented by…

A: 1) the reaction is first order with respect to D(g). So, we disagree with student.

Q: An unknown gas, DD, reacts with fluorine gas to form the compound DF4(g)DF4(g), as represented by…

A: We’ll answer the first question since the exact one wasn’t specified. Please submit a new question…

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Q: 1. Consider the reaction: SO2 + Oa - So: + 02. A rate study of this reaction was conducted at 298 K.…

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A:

Q: An unknown gas, DD, reacts with fluorine gas to form the compound DF4(g)DF4(g), as represented by…

A: 1) the reaction is first order with respect to D(g). So, we disagree with student.

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Q: A proposed mechanism for the decomposition of ozone, O3, is as follows: Step 1…

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