disregarding-the-arrow-pushing-mechanism-approximate-the-equilibrium-constant-ke

Question

Disregarding the arrow-pushing mechanism, approximate the equilibrium constant ($$K_{eq }K$$_{eq }\u003e 1, or K_{eq }= 1) based on the relative stability of the species present.

Accepted Answer

K_{eq }\u003e 1

Answer

K_{eq }

Answer

K_{eq }= 1

Disregarding the arrow-pushing mechanism, approximate the equilibrium constant (Keq < 1, Keq > 1, or Keq = 1) based on the relative stability of the species present.

Disregarding the arrow-pushing mechanism, approximate the equilibrium constant (K_eq< 1, K_eq> 1, or K_eq= 1) based on the relative stability of the species present.