julissagarcia1114 julissagarcia1114

20-03-2021
Chemistry

contestada

Consider this reaction mechanism:
Step 1: C4H9Br C4H9+ + Br- (slow)
Step 2: C4H9+ + OH- C4H9OH (fast)
Which rate law is consistent with the mechanism?

Consider this reaction mechanism Step 1 C4H9Br C4H9 Br slow Step 2 C4H9 OH C4H9OH fast Which rate law is consistent with the mechanism class=

Respuesta :

21ahmedfa 21ahmedfa

21-03-2021

C. rate = k[C4H9Br]

The slow step is always the rate-determining step. In the slow step, C4H9Br is the only reactant and has a coefficient of 1, so it is first order in the rate law.

Answer Link

Otras preguntas

Examine the table comparing auto collision insurance deductibles and premiums for three drivers. Why does driver 3 most likely pay a higher monthly premium than

What detail from this excerpt best symbolizes traditional Pueblo culture?

Which of these strategies would eliminate a variable in the system of equations? 2x - 5y = 13 -3x+2y = 13 Choose all answers that apply: Subtract the bottom equ

What were three weaknesses of non-European regions that allowed European powers to control or colonize them? They did not have the most advanced military equipm

what is imogen in german

what are the problems that may arise by carrying out sustainable development

how many moles of FeCl3 are produced when 3.0 mole.of Fe react eith excess Cl2 gas?

Which of the following is the best definition for secondary source? A. A photograph taken at an event by a trained historian B. A description of an event writte

At work, Brett must check and record the internal temperature of the freezer on an hourly basis. When working properly, the temperature should remain constant o

what is debit? And what is credit?