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As early as 1938, the use of NaOH was suggested as a means

Modern Chemistry: Student Edition 2012 | 1st Edition | ISBN: 9780547586632 | Authors: Jerry L. Sarquis, Mickey Sarquis ISBN: 9780547586632 214

Solution for problem 9.1.24 Chapter 9

Modern Chemistry: Student Edition 2012 | 1st Edition

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Modern Chemistry: Student Edition 2012 | 1st Edition | ISBN: 9780547586632 | Authors: Jerry L. Sarquis, Mickey Sarquis

Modern Chemistry: Student Edition 2012 | 1st Edition

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Problem 9.1.24

As early as 1938, the use of NaOH was suggested as a means of removing CO2 from the cabin of a spacecraft according to the following (unbalanced) reaction: NaOH + CO2 Na2CO3 + H2O. a. If the average human body discharges 925.0 g CO2 per day, how many moles of NaOH are needed each day for each person in the spacecraft? b. How many moles of each product are formed? 1

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Melodi Harfouche Chemistry 130 Dr. Yihui Yang 02/09/2017 Integrated Rate Law: Dependence of Concentration on Time  The integrated rate law essentially links concentrations of reactants or products w/time directly  For the reaction A  products, the rate is =k[A]^n  Applying calculus to integrate the rate law (which is the initial rate of a reaction) gives another equation which shows the relationship between the concentration of reactant A and the time of the reaction o That equation that comes out of that is the integrated rate law First­Order Reactions  For first­order reactions, the rate law is =k[A]^1, which is essentially just =k[A]  For the integrated rate law of a first­order reaction it is o where

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Chapter 9, Problem 9.1.24 is Solved
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Textbook: Modern Chemistry: Student Edition 2012
Edition: 1
Author: Jerry L. Sarquis, Mickey Sarquis
ISBN: 9780547586632

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As early as 1938, the use of NaOH was suggested as a means