Calculate the ΔGo for the following equation.   Sb4O6(s) + 6C(graphite) ⟶ 4Sb(s) + 6CO(g) Group of answer choices -1131.02 kJ/mole 445.27 kJ/mole -445.27 kJ/mole  -1131.02 kJ/mole 445.27 kJ/mole -445.27 kJ/mole 1131.02 kJ/mole 1131.02 kJ/mole

Liquid carbon disulfide burns in the presence of oxygen to produce two gaseous combustion products, carbon dioxide and sulfur dioxide. Species DHf° (kJ/mol) DGf° (kJ/mol) CS2 (g) 117.4 65.3 CS2 (l) 89.7 65.3 O2 (g) 0.00 0.00 CO2 (g) - 393.5 - 394.4 SO2 (g) - 296.9 - 300.4   Write a balanced equation for this reaction. 2.       Calculate the values of ΔH°rxn and ΔG°rxn for this reaction 3.       Is this reaction exothermic or endothermic? Liquid carbon disulfide is vapourised to gaseous carbon disulfide. Calculate the value of ΔS°vap for of liquid carbon disulfide at 25°

MISSED THIS? Read Section 19.8 (Pages 871 - 877); Watch IWE 19.6. Liquid methanol burns in oxygen to form gaseous carbon dioxide and gaseous water. Substance H° (kJ/mol) S° (J/(mol. K)) CH3OH (1) -238.6 126.8 O2 (g) 0 CO₂ (g) -393.5 CO2(aq) -413.8 H₂O(g) -241.8 H₂O(1) -187.8 205.2 213.8 117.6 188.8 70.0 stan 1 Periodic Liquid methanol (CH3OH(1)) burns in oxygen (O₂ (g)) to form gaseous carbon dioxide (CO2 (g)) and gaseous water (H₂O(g)), which is represented by the following balanced equation: 2CH3OH(1) +302(g) → 2CO2 (g) + 4H₂O(g) The balanced chemical equation is neeed to calculate the standard enthalpy change for a reaction (AH) the standard entropy change for a reaction (AS) from the standard enthalpies of formation and standard molar entropies, respectively. Part B Calculate AHxn at 25 °C. Express your answer in kilojoules to three significant figures. AH = VE ΑΣΦ C ? kJ

Calculate ΔH° for the reaction:  2HNO3(l) → N2O5(g) + H2O(l)