between k and k ^4 which is more stable and why
Answers
Answer:
The following oxides is most stable as it has lowest value of the equilibrium constant.
The following oxides is most stable as it has lowest value of the equilibrium constant.2NO
The following oxides is most stable as it has lowest value of the equilibrium constant.2NO 2
The following oxides is most stable as it has lowest value of the equilibrium constant.2NO 2
The following oxides is most stable as it has lowest value of the equilibrium constant.2NO 2 (g)⇌N
The following oxides is most stable as it has lowest value of the equilibrium constant.2NO 2 (g)⇌N 2
The following oxides is most stable as it has lowest value of the equilibrium constant.2NO 2 (g)⇌N 2
The following oxides is most stable as it has lowest value of the equilibrium constant.2NO 2 (g)⇌N 2 (g)+2O
The following oxides is most stable as it has lowest value of the equilibrium constant.2NO 2 (g)⇌N 2 (g)+2O 2
The following oxides is most stable as it has lowest value of the equilibrium constant.2NO 2 (g)⇌N 2 (g)+2O 2
The following oxides is most stable as it has lowest value of the equilibrium constant.2NO 2 (g)⇌N 2 (g)+2O 2 (g);K=6.71×10
The following oxides is most stable as it has lowest value of the equilibrium constant.2NO 2 (g)⇌N 2 (g)+2O 2 (g);K=6.71×10 16
The following oxides is most stable as it has lowest value of the equilibrium constant.2NO 2 (g)⇌N 2 (g)+2O 2 (g);K=6.71×10 16
The following oxides is most stable as it has lowest value of the equilibrium constant.2NO 2 (g)⇌N 2 (g)+2O 2 (g);K=6.71×10 16 Low value of the equilibrium constant means that the extent of the forward reaction is small. So the decomposition of nitrogen dioxide occurs to small extent. So the oxide has high stability.