Consider the reaction $$\begin{array} { l } P _ { s a } \stackrel { k _ { 1 } } { \longrightarrow } Q _ { s a } + e ^ { - } \ A _ { s i l } ^ { - } \underset { k _ { - 2 } } { \stackrel { k _ { 2 } } { \rightleftarrows } } A _ { \alpha i j } + e ^ { - } \ \end{array}$$ The kinetic parameters are given by k 10 = 10 -5 cm s -1 , b 1 = 20 V -1 , k 20 = 10 -6 cm s -1 , b 2 = 20 V -1 , k -20 =10 -6 mol cm -2 s -1 , b -2 = -18 V -1 and $\varGamma$ = 10 -8 mol cm -2 . Solution species concentrations are given by [P sol ] = [Q sol ] =[ $$A _ { s o l } ^ { - }$$ ] = 100 mM. -At the same potential (E_dc = 0.25 V vs. OCP), the total Faradaic current is given by, i_F_-_dc = ______________ mA cm^-2

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The Answer of Consider the reaction $$\begin{array} { l } P _ { s a } \stackrel { k _ { 1 } } { \longrightarrow } Q _ { s a } + e ^ { - } \ A _ { s i l } ^ { - } \underset { k _ { - 2 } } { \stackrel { k _ { 2 } } { \rightleftarrows } } A _ { \alpha i j } + e ^ { - } \ \end{array}$$ The kinetic parameters are given by k 10 = 10 -5 cm s -1 , b 1 = 20 V -1 , k 20 = 10 -6 cm s -1 , b 2 = 20 V -1 , k -20 =10 -6 mol cm -2 s -1 , b -2 = -18 V -1 and $\varGamma$ = 10 -8 mol cm -2 . Solution species concentrations are given by [P sol ] = [Q sol ] =[ $$A _ { s o l } ^ { - }$$ ] = 100 mM. -At the same potential (E_dc = 0.25 V vs. OCP), the total Faradaic current is given by, i_F_-_dc = ______________ mA cm^-2

Consider the Reaction The Kinetic Parameters Are Given by K10 = 10-5 cm

Consider the Reaction The Kinetic Parameters Are Given by K₁₀ = 10^-5cm