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General Chemistry with Qualitative Analysis II - Spring 2007 - Quiz 6 | CHM 1046C, Quizzes of Chemistry

Material Type: Quiz; Professor: Mellone; Class: Gen Chem with Qual Analysis II; Subject: CHM: Chemistry; University: Valencia Community College; Term: Spring 2007;

Typology: Quizzes

Pre 2010

Uploaded on 08/03/2009

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CHM 1046 Spring, 2007
Quiz 6
Name (print)_________________________
Show your work for complete (and partial) credit. Report your answers to the correct
number of significant figures, and use units where appropriate.
1. The steps by which a reaction occurs, collectively, are called the
___________________________. Each step is called a/an
___________________________. The slowest step is called the
___________________________.Below, write an example of a unimolecular step. (A
generic reaction with A's and/or B's is OK).
2. For the reaction 2A + 2B ↔ A2B2, the rate law is
a) rate = k[A]2[B].
b) rate = k[A]2[B]2.
c) rate = k[A][B]2.
d) rate = k[B]2.
e) Not enough information is provided to decide.
3. Is it possible that the reaction A + 2B ↔ AB2 occurs in one step? Why or why not?
4. For the reaction A2 + 3B ↔ A2B3, the rate law is rate = k[B]2. Write a mechanism that
is consistent with this information.

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CHM 1046 Spring, 2007 Quiz 6 Name (print)_________________________ Show your work for complete (and partial) credit. Report your answers to the correct number of significant figures, and use units where appropriate.

  1. The steps by which a reaction occurs, collectively, are called the ___________________________. Each step is called a/an ___________________________. The slowest step is called the ___________________________.Below, write an example of a unimolecular step. (A generic reaction with A's and/or B's is OK).
  2. For the reaction 2A + 2B ↔ A 2 B 2 , the rate law is a) rate = k[A]^2 [B]. b) rate = k[A]^2 [B]^2. c) rate = k[A][B]^2. d) rate = k[B]^2. e) Not enough information is provided to decide.
  3. Is it possible that the reaction A + 2B ↔ AB 2 occurs in one step? Why or why not?
  4. For the reaction A 2 + 3B ↔ A 2 B 3 , the rate law is rate = k[B]^2. Write a mechanism that is consistent with this information.