Therefore, given the net flux \(v_{net}\), the steady-state concentrations \([A]_{SS},[B]_{SS},[C]_{SS},[D]_{SS}\), the temperature \(T\)and the standard chemical potentials \(\mu_A^\circ,\mu_B^\circ,\mu_C^\circ,\mu_D^\circ\), we can now solve for the forward and reverse rate constants \(k_+\) and \(k_-\) by combining the last line of equation (\ref{eqn:flux-def})  with the last line of equation  (\ref{eqn:equilibrium-constant}),