Nitrogen monoxide molecules can react to form dinitrogen oxide and nitrogen dioxide.Write the balanced reaction equilibrium using the smallest whole-number coefficients possible.Determine the equilibrium constant for this reaction under standard conditions from the following data and note whether the reaction is product favored or reactant favored.
$\Delta$ G^$\circ$(NO,g)= 86.6 kJ/mol
$\Delta$ G^$\circ$(N₂O,g)= 104.2 kJ/mol
$\Delta$ G^$\circ$(NO₂,g)= 51.3 kJ/mol

Question

Nitrogen monoxide molecules can react to form dinitrogen oxide and nitrogen dioxide.Write the balanced reaction equilibrium using the smallest whole-number coefficients possible.Determine the equilibrium constant for this reaction under standard conditions from the following data and note whether the reaction is product favored or reactant favored.

\Delta

G^$\circ$(NO,g)= 86.6 kJ/mol

\Delta

G^$\circ$(N₂O,g)= 104.2 kJ/mol

\Delta

G^$\circ$(NO₂,g)= 51.3 kJ/mol

Quizplus · Accepted Answer

The Answer of Nitrogen monoxide molecules can react to form dinitrogen oxide and nitrogen dioxide.Write the balanced reaction equilibrium using the smallest whole-number coefficients possible.Determine the equilibrium constant for this reaction under standard conditions from the following data and note whether the reaction is product favored or reactant favored. $\Delta$G $\circ$ (NO,g)= 86.6 kJ/mol $\Delta$G $\circ$ (N₂O,g)= 104.2 kJ/mol $\Delta$G $\circ$ (NO₂,g)= 51.3 kJ/mol

Nitrogen Monoxide Molecules Can React to Form Dinitrogen Oxide and Nitrogen