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2. True/False 1. In general, K for exothermic reaction increases when the system temperature increases. 2. The natural log of the equilibrium constants is often nearly linear functions of temperature. 3. K- Ko when the reaction occurs at the reference temperature Ta 4. The ideal solution model requires each component to be an ideal gas. 5. Toxicity of refrigerant can be ignored when designing refrigeration cycles, because the refrigerant is in a closed cycle. 6. Systems that conform to Raoult's law must include an approximate ideal solution liquid and an approximate ideal gas mixture vapor 7. The second law of thermodynamics is derived mathematically from the first law of thermodynamics. 8. A standard mixing process occurs at at constant T and P. 9. A single reaction coordinate is adequate for a reactive system, regardless of how many reactions are occurring. 10. Internal energy for a system is constant for a closed system. This is because the system must conform to thermodynamic laws.

2. True/False 1. In general, K for exothermic reaction increases when the system temperature increases. 2. The natural log of the equilibrium constants is often nearly linear functions of temperature. 3. K- Ko when the reaction occurs at the reference temperature Ta 4. The ideal solution model requires each component to be an ideal gas. 5. Toxicity of refrigerant can be ignored when designing refrigeration cycles, because the refrigerant is in a closed cycle. 6. Systems that conform to Raoult's law must include an approximate ideal solution liquid and an approximate ideal gas mixture vapor 7. The second law of thermodynamics is derived mathematically from the first law of thermodynamics. 8. A standard mixing process occurs at at constant T and P. 9. A single reaction coordinate is adequate for a reactive system, regardless of how many reactions are occurring. 10. Internal energy for a system is constant for a closed system. This is because the system must conform to thermodynamic laws.

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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2. True/False 1. In general, K for exothermic reaction increases when the system temperature increases. 2. The natural log of the equilibrium constants is often nearly linear functions of temperature. 3. K- Ko when the reaction occurs at the reference temperature Ta 4. The ideal solution model requires each component to be an ideal gas. 5. Toxicity of refrigerant can be ignored when designing refrigeration cycles, because the refrigerant is in a closed cycle. 6. Systems that conform to Raoult's law must include an approximate ideal solution liquid and an approximate ideal gas mixture vapor 7. The second law of thermodynamics is derived mathematically from the first law of thermodynamics. 8. A standard mixing process occurs at at constant T and P. 9. A single reaction coordinate is adequate for a reactive system, regardless of how many reactions are occurring. 10. Internal energy for a system is constant for a closed system. This is because the system must conform to thermodynamic laws.
Transcribed Image Text:2. True/False 1. In general, K for exothermic reaction increases when the system temperature increases. 2. The natural log of the equilibrium constants is often nearly linear functions of temperature. 3. K- Ko when the reaction occurs at the reference temperature Ta 4. The ideal solution model requires each component to be an ideal gas. 5. Toxicity of refrigerant can be ignored when designing refrigeration cycles, because the refrigerant is in a closed cycle. 6. Systems that conform to Raoult's law must include an approximate ideal solution liquid and an approximate ideal gas mixture vapor 7. The second law of thermodynamics is derived mathematically from the first law of thermodynamics. 8. A standard mixing process occurs at at constant T and P. 9. A single reaction coordinate is adequate for a reactive system, regardless of how many reactions are occurring. 10. Internal energy for a system is constant for a closed system. This is because the system must conform to thermodynamic laws.
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