Question: b) Calculate ionic strength (Im), mean activity coefficient (Yt), and activity of KsFe(CN). (ak.Fe(cs).) (in terms of {[(ax+)*][(a[Fe(CN))--)'}}) for a 0.0250 molal solution of KaFe(CN)at

 b) Calculate ionic strength (Im), mean activity coefficient (Yt), and activity

b) Calculate ionic strength (Im), mean activity coefficient (Yt), and activity of KsFe(CN). (ak.Fe(cs).) (in terms of {[(ax+)*][(a[Fe(CN))--)'}}) for a 0.0250 molal solution of KaFe(CN)at 298 K. Assume complete dissociation. Given that a=vxm, me = 1 mol kg?. Quantities a, Yu and m denote activity, mean activity coefficient and concentration. logy+ = -12,2_JA/T, A = 0.509 for aqueous solution at 25C

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