Use thermodynamic values in the table provided to calculate the ΔG for the following process in two ways. 4NH3 (g) + 5O2 (g) → 4NO (g) + 6H2O (g) at 25˚C a) Use Free Energy values to calculate ΔG.b) Use Enthalpy and Entropy values with Gibbs Equation to calculate ΔG.c) What do your final ΔG values tell us about this reaction? MercuryPotassiumK (s)Hg (1)Hg2C12 (s)7664-265-211196KCI (s)-436-40883HgC12 (s)Hgo (s)HgS (s)-230-184144KCIO3 (s)-391-290143-90-5970KCIO4 (s)-433-304151-58-4978K20 (s)-361-32298K202 (s)KO2 (s)КОН (s)КоН (ад)-496-430113Nickel-283-238117Ni (s)30-425-37979NIC12 (s)-316-272107-481-4409.2SubstanceDHofDGofSoSubstanceDHofDGofSoand state(kJ/mol)(kJ/mol)(J/K mol)and state(kJ/mol)(kJ/mol)(J/K mol)Silicon18.8TinSiO2 (s) (quartz)-911-85642Sn (s) (white)52SIC14 (1)-687Sn (s) (gray)Sno (s)-620240-20.144-285-25756SliverSnO2 (s)-581-52052Ag(s)43Sn(OH)2 (s)-561-492155Ag+ (aq)1057773AgBr (s)AGCN (s)-100-97107Titanium14616484TİCI4 (g)-763-727355AgCI (s)-127-11096TIO2 (s)-945-89050Ag2Cr04 (s)-712-622217Agl (s)-62-66115UraniumAg20 (s)-31-11122U (s)50Ag2S (s)-32-40146UF6 (s)-2137-2008228UF6 (g)-2113-2029380SodiumUO2 (s)-1084-102978Na (s)51U308 (s)-3575-3393282Nat (aq)-240-26259UO3 (s)-1230-115099NaBr (s)-360-34784Na2CO3 (s)-1131-1048136XenonNaHCO3 (s)-948-852102Xe (g)170NaCI (s)-411-38472XeF2 (g)-108-48254NaH (s)-56-3340XEF4 (s)-251-121146Nal (s)-288-28291XEF4 (g)-294NaNO2 (s)-359-285104Xe03 (s)402NANO3 (s)-467-366116Na20 (s)-416-37773ZincNa202 (s)-515-45195Zn (s)42NAOH (s)-427-38164ZnO (s)-348-31844NaOH (aq)-470-41950Zn(OH)2 (s)-642-461-133ZnS (s) (wurtzite)-193SulfurZnS (s) (zinc blende)-206-20158S (s) (rhombic)S (3) (monoclinic)s2- (aq)32ZNSO4 (s)-983-8741200.30.1333386-15S8 (g)SF6 (g)10250431-1209-1105292H2S (g)-21-34206SO2 (g)SO3 (g)-297-300248-396-371257So42- (aq)-909-74520 DHof DGofJmol) mol) UK mol)DHof DGof= 系 |=日 "为国国e日 =三三。月三きe己 t= こ8:日因=2 Sは目日素3年月目

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Use thermodynamic values in the table provided to calculate the ΔG for the following process in two ways. 4NH3 (g) + 5O2 (g) → 4NO (g) + 6H2O (g) at 25˚C a) Use Free Energy values to calculate ΔG. b) Use Enthalpy and Entropy values with Gibbs Equation to calculate ΔG. c) What do your final ΔG values tell us about this reaction?

Use thermodynamic values in the table provided to calculate the ΔG for the following process in two ways. 4NH3 (g) + 5O2 (g) → 4NO (g) + 6H2O (g) at 25˚C a) Use Free Energy values to calculate ΔG. b) Use Enthalpy and Entropy values with Gibbs Equation to calculate ΔG. c) What do your final ΔG values tell us about this reaction?

Principles of Instrumental Analysis

7th Edition

ISBN:9781305577213

Author:Douglas A. Skoog, F. James Holler, Stanley R. Crouch

Publisher:Douglas A. Skoog, F. James Holler, Stanley R. Crouch

Chapter15: Molecular Luminescence Spectrometry

Section: Chapter Questions

Problem 15.12QAP: Equations for the chemiluminescence determination of SO2 are given on page 383. Derive an expression...

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