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To calculate the percentage of KCI in a mixture of KCVKCIO, a student heated strongly 0.986 g of the mixture with some catalyst. The mass of loss was 0.240 g. What is the percentage of pure KCIO, in the original mixture? (MW: 0;-32, KCIO,-122.6, KCI=74.6) I 37.8% IL. 27.3% III. 44.79% IV. 62.2%

To calculate the percentage of KCI in a mixture of KCVKCIO, a student heated strongly 0.986 g of the mixture with some catalyst. The mass of loss was 0.240 g. What is the percentage of pure KCIO, in the original mixture? (MW: 0;-32, KCIO,-122.6, KCI=74.6) I 37.8% IL. 27.3% III. 44.79% IV. 62.2%

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
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To calculate the percentage of KCI in a mixture of KCIKCIO, a student beated strongly 0.986 g of the mixture with some catalyst. The mass of loss was 0.240 g. What is the percentage of pure KCIO, in the original mixture? KCIO,-122.6, KCI =74.6) 1 37.8% (MW: 0; -32, IL 27.3% II 44.7% IV. 62.2% O a. II O b. III О с. 1 O d. IV
Transcribed Image Text:To calculate the percentage of KCI in a mixture of KCIKCIO, a student beated strongly 0.986 g of the mixture with some catalyst. The mass of loss was 0.240 g. What is the percentage of pure KCIO, in the original mixture? KCIO,-122.6, KCI =74.6) 1 37.8% (MW: 0; -32, IL 27.3% II 44.7% IV. 62.2% O a. II O b. III О с. 1 O d. IV
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