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1 minus For X2 + 2 Y 1 minus Y2 + 2 X ---> If a reaction occurs, X is more active than Y. If a reaction does not occur, Y is more active than X. React your unknown with A, B and C respectively. If a reaction occurs, your unknown is less active than what you reacted it with. React your unknown with A, B and C respectively. If a reaction occurs, your unknown is more active than what you reacted it with. React your unknown with N a A, N a B and N a C respectively. If a reaction occurs, your unknown is less active than what you reacted it with. React your unknown with N a A, N a B and N a C respectively. If a reaction occurs, your unknown is more active than what you reacted it with.

1 minus For X2 + 2 Y 1 minus Y2 + 2 X ---> If a reaction occurs, X is more active than Y. If a reaction does not occur, Y is more active than X. React your unknown with A, B and C respectively. If a reaction occurs, your unknown is less active than what you reacted it with. React your unknown with A, B and C respectively. If a reaction occurs, your unknown is more active than what you reacted it with. React your unknown with N a A, N a B and N a C respectively. If a reaction occurs, your unknown is less active than what you reacted it with. React your unknown with N a A, N a B and N a C respectively. If a reaction occurs, your unknown is more active than what you reacted it with.

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
Problem 1.1P
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Substances A, B, and C can all act as oxidizing agents. In solution, A is green, B is yellow, and C is red. In the reactions in which they participate, they are reduced to A minus, B minus, and C minus ions, all of which are colorless. You are given an unknown, colorless, solution that contains one of the following salts: N a A, N a B, N a C. In solution, each salt dissociates completely into the Na+ ion and the anion A minus, B minus, or C minus. The Na + ion is effectively inert. You are given the availability of solutions of A, B, and C, develop a simple procedure for identifying the salt that is present in your unknown. Hint: 1 minus For X2 + 2 Y 1 minus Y2 + 2 X ---> If a reaction occurs, X is more active than Y. If a reaction does not occur, Y is more active than X.
Transcribed Image Text:Substances A, B, and C can all act as oxidizing agents. In solution, A is green, B is yellow, and C is red. In the reactions in which they participate, they are reduced to A minus, B minus, and C minus ions, all of which are colorless. You are given an unknown, colorless, solution that contains one of the following salts: N a A, N a B, N a C. In solution, each salt dissociates completely into the Na+ ion and the anion A minus, B minus, or C minus. The Na + ion is effectively inert. You are given the availability of solutions of A, B, and C, develop a simple procedure for identifying the salt that is present in your unknown. Hint: 1 minus For X2 + 2 Y 1 minus Y2 + 2 X ---> If a reaction occurs, X is more active than Y. If a reaction does not occur, Y is more active than X.
For X2 + 2 Y 1 minus ---> Y2 + 2 X 1 minus If a reaction occurs, X is more active than Y. If a reaction does not occur, Y is more active than X. React your unknown with A, B and C respectively. If a reaction occurs, your unknown is less active than what you reacted it with. React your unknown with A, B and C respectively. If a reaction occurs, your unknown is more active than what you reacted it with. React your unknown with N a A, N a B and N a C respectively. If a reaction occurs, your unknown is less active than what you reacted it with. React your unknown with N a A, N a B and N a C respectively. If a reaction occurs, your unknown is more active than what you reacted it with.
Transcribed Image Text:For X2 + 2 Y 1 minus ---> Y2 + 2 X 1 minus If a reaction occurs, X is more active than Y. If a reaction does not occur, Y is more active than X. React your unknown with A, B and C respectively. If a reaction occurs, your unknown is less active than what you reacted it with. React your unknown with A, B and C respectively. If a reaction occurs, your unknown is more active than what you reacted it with. React your unknown with N a A, N a B and N a C respectively. If a reaction occurs, your unknown is less active than what you reacted it with. React your unknown with N a A, N a B and N a C respectively. If a reaction occurs, your unknown is more active than what you reacted it with.
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