Find the reaction order (n), reaction rate constant (k) and reaction rate general form using integral method. Integral method steps:1. Assume a first order reaction (n= 1)2. Integrate the reaction rate to find CA and time linear relation3. Plot CA versus time to see if you get a straight line. If not, the assumption is not correct andassume a second order reaction (n=2), and repeat same procedure till linear plot achievedI want full answer with all solution steps plz Voulme ofVoulme Voulme NaOHof thesI TimeNo (min) sample(ml)of HCI consumedTakenadded in the(ml)titration|(ml)10 1025 102013.82014.23 10102014.64 15 102015.85 20102018.1 To find the NaOH concentration:1. Find the number of moles of NaOH used in the second reactionV NAOH * (1N) * 10 -3 = X Moles2. Find the initial number of moles of HCI used in the second reaction20 ml * (1N) * 10 -3 = Y Moles3. Find the number of moles of HCI reacted with excess moles of NaOH in the second reactionY-X = Z Moles4. Z= number of moles of NaOH unreacted in the second reaction mixture5. Since the volume of the sample collected is 10 ml, the concentration of the unreacted NaOH is :CA = Z/ (10 * 10 -3) = .. .Mole /LS.NoTime (min)CA (mole/L)1531015202.4,

Volume of HCl added = 20 mL [HCl] = 1 N [NaOH] = 1 N Number of moles of NaOH used in second reaction…

Answered: Find the reaction order (n), reaction…

Chemistry

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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

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Find the reaction order (n), reaction rate constant (k) and reaction rate general form using integral method. Integral method steps:1. Assume a first order reaction (n= 1) 2. Integrate the reaction rate to find CA and time linear relation 3. Plot CA versus time to see if you get a straight line. If not, the assumption is not correct andassume a second order reaction (n=2), and repeat same procedure till linear plot achieved I want full answer with all solution steps plz

Voulme of
Voulme Voulme NaOH
of the
sI Time
No (min) sample
(ml)
of HCI consumed
Taken
added in the
(ml)
titration
|(ml)
10 10
25 10
20
13.8
20
14.2
3 10
10
20
14.6
4 15 10
20
15.8
5 20
10
20
18.1

To find the NaOH concentration:
1. Find the number of moles of NaOH used in the second reaction
V NAOH * (1N) * 10 -3 = X Moles
2. Find the initial number of moles of HCI used in the second reaction
20 ml * (1N) * 10 -3 = Y Moles
3. Find the number of moles of HCI reacted with excess moles of NaOH in the second reaction
Y-X = Z Moles
4. Z= number of moles of NaOH unreacted in the second reaction mixture
5. Since the volume of the sample collected is 10 ml, the concentration of the unreacted NaOH is :
CA = Z/ (10 * 10 -3) = .. .
Mole /L
S.No
Time (min)
CA (mole/L)
1
5
3
10
15
20
2.
4,

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