7. Answer the following questions pertaining to the rate law: [A] [B] A. This reaction is B. This reaction is C. The overall order of this reaction is D. If you double the concentration of reactant A while keeping B constant, the rate of reaction will be times as great. order with respect to reactant A. order with respect to reactant B. rate= k E. If you double the concentration rate of reaction will be of reactant B while keeping A constant, the times as great.

7. Answer the following questions pertaining to the rate law: [A] [B] A. This reaction is B. This reaction is C. The overall order of this reaction is D. If you double the concentration of reactant A while keeping B constant, the rate of reaction will be times as great. order with respect to reactant A. order with respect to reactant B. rate= k E. If you double the concentration rate of reaction will be of reactant B while keeping A constant, the times as great.

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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You are a forensic scientist. You are investigating a murder involving poison. The victim was poisoned with a compound called di-chlorobenzene, whose formula is C6H4Cl2. Autopsy results show that the victim’s body contained about 27.5 g of the poison, but the actual amount could have been slightly higher due to tissue absorption. The main suspect is his wife, Suzanne, who works as a chemistry professor. Records show that she purchased 15 g of benzene (C6H6) two days before the murder. Benzene is one of the compounds use to make the poison. She claims she was using it to make methyl benzene (C6H5CH3), an innocuous compound, for use in her lab. She shows you the bottle of methyl benzene she claims to have made. It contains 25 g of methyl benzene. To produce di-chlorobenzene, the reaction is: Cl2(g) + C6H6(l) ⟶⟶ C6H4Cl2(l) + H2(g) To produce methyl benzene, the reaction is: CH4(g) + C6H6(l) ⟶⟶ C6H5CH3(l) + H2(g) Use stoichiometry to solve this case. Be sure to show all…