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46.
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pressure? 103.5 g of NU2 is produced, now 463,3g & Abg Nor & Noa ANO(g) + O2(g) → 2NO2(g); AH = -114.4 kJ Imol Nos X-114.4 46g No Imall Noz of x-114.4K) = -501.5 2. If Fe2O3(s) + 3CO(g) 2Fe(s) + 3CO2(g); AH° = -26.8 kJ 13 FeO(s) + CO(g) Fe(s) + CO2(g); AH--16.5 kJ determine AH” for the following thermochemical equation. 63) Fe2O3(9)+ CO(g) – 2FeO(s) + CO2(8) ote 2 (s) + 300 lgl - 2Pels) + 3...
Lewis or 3D Spatial Structure (5 pts) H2O Bond Angles- Molecule is (2 pts) Polar Hybridization geometry 2 pts: on central atom 1 pt: (2 pts): Molecular Non-polar 2. Draw the spatial structure for BF. Use valence bond theory and an orbital diagram to explain how the hybrid orbitals are formed (6 pts). 3. Using the following thermochemical equations below, calculate AH for the following reaction (14 pts): FeO (s) +CO(g) Fe(s) + CO2(g) FezOy(s)+3CO(g)>2Fe(s) +3CO2 (g) AH -23 kJ...
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The following are the thermochemical equations for the formation of hydrogen sulfide (H,S), water, and sulfur dioxide (SO2), all in the gaseous state 13. H(8) S() Sg) ΔΙ{--20.6 kJ ΔΙ!--483.6 kJ ar{--296.9 kJ S(s)+0(g) SO.(8) Using the above thermochemical equations, and applying Hess' law, determine AH for the following reaction: 2H,S(g) 30(g) 2H,O(g) 2S0() AH? a) -1036.2 kJ b) -801.1 kJ c)-621.8 kJ ) 69.0 kJ e 151.4 k
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4. Given the following two thermochemical equations, determine the AHx,unknown. Fe2O3(s) + 3 CO(g) → 2 Fe(s) + 3 CO2(g) AHørxn=-26.7 kJ CO(g) + 42 02(g) - CO2(g) AHºrx= -283.0 kJ 2 Fe(s) + 3/2 02(9) Fe2O3(s) AHºrxn unknown= ? 5. Calculate AHº for the reaction 2 C(s) + H2(g) – C2H2(g) Given the following data C2H2(g) + 5/202(g) → 2C02(g) + H20(C) C(s) + O2(g) → CO2(g) Hz(9)...
Which steps in the above process can be represented by the following potential energy diagram? Debon 10 Not you wered Marked out of Products Potential Energy (kJ) Reactants Reaction Pathway Select one: Step II only O Steps I and II O Steps I, II and II None of the above steps Identify each of the following statements as true or false, as they pertain to the above 3 steps. Choose... In Step II, 6.47 kl of energy are released when...
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Exercises: 3. Given the following two thermochemical equations, determine the AHºrxn,unknown. N2(g) +2 02(g) – 2 NO2(g) AH®rxn= 67 kJ NO(g) + 12 02(g) → NO2(g) AHºrxn=-56 kJ 4N2(g) + 402(g) → NO(g) AHºrxn,unknown= ? 4. Given the following two thermochemical equations, determine the AHrxn,unknown. Fe2O3(s) + 3 CO(g) – 2 Fe(s) + 3 CO2(g) AH°rxn=-26.7 kJ CO(g) + 42 02(g) → CO2(9) AH°rxn=-283.0 kJ 2 Fe(s)...
For Practice 7.10 - Enhanced - with Feedback A Review Constar - Part Standard thermodynamic quantities for selected substances at 25°C Substance Cs(s) Enter the chemical equation for the formation of Pb(NO3), (8) from its respective element states. Express your answer as a chemical equation. Identify all of the phases in your answer Pb(s) + N,() + 30,(g) Pb(NO,),(s) Previous Answers AH; (kJ/mol) 0.0 76.5 121.3 0.0 -438.0 0.0 195.2 -451.9 472.7 0.0 249.2 0.0 142.7 ✓ Cl(s) Cl(s) CsCl(s)...
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In the chemistry lab, one often has to work with very reactive metals such as sodium and lithium. Unfortunately, these same metals can react vigorously with water or oxygen and cause fires. Given the following information: AH (kJ/mol) Li20(s) -597.9 Na20(s) -416 K20(s) -361 CO(9) -110.5 H20(1) -286 CCl4(1) -135 LICI(S) -409 KCI(S) -436 AH (kJ/mol) Li+ (aq) -278.5 Na+ (aq) -240 K+ (aq) -251 CO2(9) -393.5 OH(aq) -230 SiO2(s) -911 NaCl(s) -411 ci(aq)...
#9-12
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a) -2.81 x 103 kJ b) -25.8 k c15.6 k d) -42.6 k e) 25.8 k Given the thermochemical equation calculate AHo for the following reaction: 9. 2NOg) + 028) 2NO2g) 솨1°=-114.0 kJ NOg) NO(g) 1/2 02(g) a) +114.0 k b) +57.0 k c) -114 kJ d) -57.0k) e) +128 k] 10. The standard enthalpy change for the following reaction is -72.8 kJ. What is the standard enthalpy...
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Chloroform (CHCI3) is formed from methane and chlorine in the following reaction: CH4 (g)3C12 (g)3HC1(g)+CHCI3 (g) Calculate A, Ho, the enthalpy change for this reaction, using the standard molar enthalpy change of formation of CHCI3 (g), AfH° = -103.1 kJ mol1, and the standard enthalpy changes for the following reactions: CH4 (g)202 (g)2H2O (e) CO2 (g) AH°=-890.4 kJ mol-1 2HC1(g) H2 (g)Cl2 (g) A,.H +184.6 kJ mol1 C(graphite)O2 (g)CO2 (g) A H°=-393.5 kJ...