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[A] = [A]ge -kt 1 [A] = [A]o- kt + kt [A] (A). or In[A] = 1n[A]o- kt Slope = -k Slope = -k Slope =k Time Time Time Concentration In concentration 1/concentration

[A] = [A]ge -kt 1 [A] = [A]o- kt + kt [A] (A). or In[A] = 1n[A]o- kt Slope = -k Slope = -k Slope =k Time Time Time Concentration In concentration 1/concentration

Chemistry
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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BATCH REACTOR (Integral Method) 

Find the reaction order (n), reaction rate constant (k) and reaction rate general form using integral
method. 

plz I want full answer for that with all solution steps 

[A] = [A]ge kt Integrated rate law 1 + kt [A]o [A] = [A]o- kt %3D or [A] 1n[A] = 1n[A]o- kt %3D Straight-line plot to determine rate constant Slope = -k Slope = -k Slope = k Time Time Time Concentration In concentration 1/concentration
Transcribed Image Text:[A] = [A]ge kt Integrated rate law 1 + kt [A]o [A] = [A]o- kt %3D or [A] 1n[A] = 1n[A]o- kt %3D Straight-line plot to determine rate constant Slope = -k Slope = -k Slope = k Time Time Time Concentration In concentration 1/concentration
SI. Time No (min) Volume of the Volume of Volume of NaOH sample taken (ml) the HCI consumed in added (ml) titration, (ml) (V NaOH) 1 10 20 13.8 2 10 20 14.2 10 10 20 14.6 15 10 20 15.8 N34
Transcribed Image Text:SI. Time No (min) Volume of the Volume of Volume of NaOH sample taken (ml) the HCI consumed in added (ml) titration, (ml) (V NaOH) 1 10 20 13.8 2 10 20 14.2 10 10 20 14.6 15 10 20 15.8 N34
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