13 Graph a can best be described as First order or second order rate process Second order rate process Zero order or fırst order rate process Zero order or second order rate process Zero order rate process First order rate process 14 We can determine the reaction order from Graph b by (select all that apply) plotting 1/[A] vs. time and getting a straight line. plotting the square root of concentration vs. time and getting a straight line. plotting [A]? vs. time and getting a straight line. doing nothing plotting In[A] vs. time and getting a straight line.

Chemistry: Matter and Change
1st Edition
ISBN:9780078746376
Author:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom
Publisher:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom
Chapter16: Reaction Rates
Section: Chapter Questions
Problem 78A
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13
Graph a can best be described as
O First order or second order rate process
O Second order rate process
Zero order or first order rate process
Zero order or second order rate process
Zero order rate process
First order rate process
14
We can determine the reaction order from Graph b by (select all that apply)
plotting 1/(A] vs. time and getting a straight line.
plotting the square root of concentration vs. time and getting a straight line.
plotting (A]? vs. time and getting a straight line.
doing nothing
plotting In[A] vs. time and getting a straight line.
Transcribed Image Text:13 Graph a can best be described as O First order or second order rate process O Second order rate process Zero order or first order rate process Zero order or second order rate process Zero order rate process First order rate process 14 We can determine the reaction order from Graph b by (select all that apply) plotting 1/(A] vs. time and getting a straight line. plotting the square root of concentration vs. time and getting a straight line. plotting (A]? vs. time and getting a straight line. doing nothing plotting In[A] vs. time and getting a straight line.
Reaction Rate Graph: Concentration vs. Time
Tee 00
Tee
Transcribed Image Text:Reaction Rate Graph: Concentration vs. Time Tee 00 Tee
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