Be sure to answer all parts. and 02. (a) Write a balanced equation for the gaseous reaction between N₂O5 and F₂ to form NF3 0 (b) Determine AG (c) Find A Grn at 298 K if PN2O5 PF₂ = 0.20 atm, (a) (b) AG 0 Enter rxn (c) AGrxn rxn kJ/mol x 10 kJ/mol your answer in scientific notation. PNF3 = 0.25 atm, and P d Po₂ = 0.50 atm.

1. Look at the attached reaction. What would you have to do to the reaction in order to increase the magnitude of K?

1. Given the following reactions and data, use addition (similar to Hess's Law) to calculate AG° for H3PO4 (s). (Hint: The overall reaction is for the formation of 1 mol of H3PO4 (s) from elements in their natural state (elemental phosphorus is P4 (s)). PA () + 5 02@ → P,O10 (5) AG; - 2698 kJ P,O10 (9) + 6 H0 m → 4 H3P04 () H2 ( + ½ 02 (2) → H;O @ AG° = – 396 kJ - 228.6 kJ AG; : AG vap H,O 0 → H2O @ 8.6 kJ Required work: * rewrite the reactions above in the correct direction, using multipliers to change coefficients and modify AG° values if necessary * show that after cancelling, the sum of your reactions gives the desired overall reaction Write the goal equation first?

Determine the temperature of a reaction if K = 1.20 x 106 when AG° = +22.70 kJ/mol.

What is the balanced equation with phases for the decomposition of lithium bicarbonate into lithium carbonate, water, and carbon dioxide? Also, the combustion of ethanol, C2H6O? Also, the single-replacement reaction between aluminum metal and sulfuric acid?

Calculate deltaH (in KJ), Freezing 0.375 moles of liquid Br2.  Br-(aq) = -121.6 KJ/mole Condensing 500.0g of mercury vapor. Hg^2+ (aq) = +171.1 KJ/mole

2H2 + 2 02 --> 2H2O, + 296 kj is an example of a(n) B.

Determine the AG° for the reaction of hydrogen and oxygen to form water. 2H2 (g) + O2 (g)→ 2H2O (g) AS°= -89.0 J/K AH°= -483.6 KJ

What is the equilibrium constant for a reaction at 25 degrees Celsius. The value of delta G is -56.8kJ/mol

What is the value of the equilibrium constant when  ΔGorxn = 25 kJ·mol-1 and T=298 K?