dm3 Reaction rate specification ,K ( mol. min FA0 – FAI = -rAV kCA? = -TA voCAO – v0 CAI = kCA1?V vo [CAo -CAi] = kCa1?V Vo[CAO -СA1] k A1 Where: V: Volume of the reactor (cm3 ), since the reactor is in cylindrical sh CAo: Initial concentration of NaOH ( dm3 mole CA1 : Final concentration of NAOH ( dm3 ст3. vo: Volumetric flow rate of acid + base min-
dm3 Reaction rate specification ,K ( mol. min FA0 – FAI = -rAV kCA? = -TA voCAO – v0 CAI = kCA1?V vo [CAo -CAi] = kCa1?V Vo[CAO -СA1] k A1 Where: V: Volume of the reactor (cm3 ), since the reactor is in cylindrical sh CAo: Initial concentration of NaOH ( dm3 mole CA1 : Final concentration of NAOH ( dm3 ст3. vo: Volumetric flow rate of acid + base min-
Principles of Instrumental Analysis
7th Edition
ISBN:9781305577213
Author:Douglas A. Skoog, F. James Holler, Stanley R. Crouch
Publisher:Douglas A. Skoog, F. James Holler, Stanley R. Crouch
Chapter11: Atomic Mass Spectrometry
Section: Chapter Questions
Problem 11.10QAP
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![dm3
Reaction rate specification ,K
mol. min
FA0 – FAI = -rA V
kCA? = -TA
VOCA0 – v0 CAI
kCA1?v
vo [CA0 –CA1 ]
Vo[CAO -СА1]
k
C, V
Where:
V: Volume of the reactor (cm3 ), since the reactor is in cylindrical shap
mole.
CAo: Initial concentration of NaOH (
dm3
CA1 : Final concentration of NaOH ( mole)
dm3
ст3
vo: Volumetric flow rate of acid + base
min](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F149d3867-7260-42f7-bae8-c9433ce7b4d8%2F0b96823f-ab41-4c27-8b56-8de4a1f8b0e0%2Fpk2eztj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:dm3
Reaction rate specification ,K
mol. min
FA0 – FAI = -rA V
kCA? = -TA
VOCA0 – v0 CAI
kCA1?v
vo [CA0 –CA1 ]
Vo[CAO -СА1]
k
C, V
Where:
V: Volume of the reactor (cm3 ), since the reactor is in cylindrical shap
mole.
CAo: Initial concentration of NaOH (
dm3
CA1 : Final concentration of NaOH ( mole)
dm3
ст3
vo: Volumetric flow rate of acid + base
min
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