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[" At 298K the standard free energy of "],[" formation of H20(I) is - "257.20kJ/" mole while "],[" that of its ionisation into "H+" ions and "OH-],[" ions is "80.35kJ/mole" ,then the emf of the "],[" following cell a98"K" will be (Take "F=96500],[" H2(g,1bar) "|H+(1M)|OH^(-)(1M)|O2(g,],[" lbar) "]

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At 298 K the standard free energy of formation of H_(2)O (l) is -237.20 kJ/"mole" while DeltaG^(@) of its ionisation into H^(+) ion and hydroxyl ionosis 80kJ//"mole" , then the emf of the following cell at 298 K will be: H-92)(g,1bar)| H^(+)(1 M) || OH^(-)(1M) | O_(2)(g,1bar)

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At 298K the standard free energy of formation of H_(2)O(l) is -256.5 kJ..mol , while that of its ionisation to H^(+) & OH^(-) is 80 kJ//mol . What will be emf at 298 K of the cell. H_(2)(g,1 bar) |H^(+)(1M) || O_(2)(g,1bar) Fill your answer by multiplying it with 10.

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