CH-TC-TD: Checklist: Year-wise Checklist GATE-CH 2000-2010

2000
2000-1-04-td
2000-1-06: Isothermal and Isentropic Processes in PV Diagram
2000-2-05: COP of Refrigerator and Heat Pump
2000-2-06: Equilibrium Constant - Multiple Reactions
2000-5-td
2000-6: Activity Coefficient - Derivation
2001
2001-1-03-td
2001-1-04: Turbine - Isentropic Expansion
2001-2-04: Maxwell Relation from dA
2001-2-05: Vapor Pressure vs Temperature
2001-2-07: Reversible Adiabatic Compression
2001-6: Heat, Work Calculations - Closed System with Ideal Gas
2001-7-td
2002
2002-1-03: Critical Point - PVT Relation
2002-1-09: Extent of Reaction
2002-1-21: Degree of Freedom - Azeotrope
2002-1-22: Partial Molar Enthalpy - Ideal Gas Mixture
2002-1-23: Maxwell Relation for Steam Table Verification
2002-2-07: Quality of Steam from Turbine
2002-2-22: Heating the Contents of Rigid Vessel
2002-2-23: Temperature at the End of Reversible Adiabatic Expansion
2002-10: Activity Coefficients from Excess Gibbs Free Energy
2002-11: Efficiency of Flow Process
2003
2003-6: Mixing of Two Solutions
2003-7: Joule's Experiment - First Law
2003-8: Work of Irreversible Expansion
2003-9: Fugacity of Liquid
2003-43: Heat Removed - Constant Pressure Cooling
2003-44: Entropy Change of Heat Transfer
2003-45: Irreversible Heat Engine
2003-46: Maximum Power from Steam Turbine
2003-47: Activity Coefficient from VLE
2003-48-49: Condensation of Steam in Rigid Vessel
2004
2004-7: Equilibrium Constant and Pressure
2004-8: Fugacity of Gas at Low Pressure
2004-9-td
2004-42: Water Vapor in Equilibrium with Air
2004-43: Degree of Freedom Azeotrope
2004-44: Internal Energy Change in Constant Volume Heating
2004-45: Work from Expansion of Non-deal Gas
2004-46: Maximum Work of Heat Engine
2004-47: Vapor Pressure vs Temperature
2004-48-td
2005
2005-6: van der Waals Equation - Parameters and PVT Relations
2005-7: Second Law Statements
2005-44: Work of Carnot Cycle
2005-45: van Laar Constants
2005-75: Power for Steady Flow Compressor
2005-81: Enthalpy and Internal Energy Change of Ideal Gas in a Closed System
2006
2006-5: Degree of Freedom - Binary VLE
2006-6: Work of Heat Engine
2006-7: Relation for Isentropic Expansion of Ideal Gas
2006-31: State and Path Functions
2006-32: Equilibrium Conversion - Variables
2006-33: Equilibrium States - Deviation from Ideality
2006-35: Compressibility Factor of Water
2007
2007-5: Boiling Point of Immiscible Liquid Mixture
2007-6: Enthalpy Change of Ideal Gas - Variables
2007-7: Entropy Change of Cyclic Irreversible Process
2007-8: Parameters of van der Waals Equation
2007-9: Partial Molar, Residual and Excess Properties
2007-30: Reversible / Irreversible Process - Q, W, U
2007-31: Maxwell Relation from dU
2007-32: Carnot Cycle - Thermodynamic Diagram
2007-33: Work for Compression of Steam in Closed System
2007-34: Extent of Reaction of Gaseous Reaction
2007-76-77: Excess Gibbs Free Energy
2007-82-83: Free Expansion - Work
2008
2008-6: COP of Carnot Refrigerator
2008-7: Isothermal Work on van der Waals Gas
2008-35: Partial Molar Volume from Expression
2008-36: Equilibrium Constant from G and H
2008-76-77: van Laar Constants from Azeotrope Data
2009
2009-6: dU and dG of Ideal Gas
2009-29: Thermodynamic Consistency - Activity Coefficient - Composition Relations
2009-51-52: Work of Closed System with Ideal Gas
2010
2010-16: VLE - Vapor Composition from Raoult's Law
2010-17: New Temperature Scale
2010-18: Vaporization due to Throttling
2010-31: Partial Molar Volume at Infinite Dilution