In an experiment to determine A and equilibrium constant of weak electrolyte by applying Ostwald dilution...

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In an experiment to determine A and equilibrium constant of weak electrolyte by applying Ostwald dilution law, the following equation was obtained by plotting C.A versus (1/^): Y-0.0015X-1.11x10-5 Based on the above equation calculate: Aº and K c. A = ka. ka. 1² (²) Ⓒa. Aº =225.23 S.cm² mol & K-4.928x10 O b. A° -22.52 S.cm² mol & K-4.93x10 O c. Aº =2963.96 S.cm² mol & K-3.75x10 d. A°=296.4 S.cm² mol & K-3.74x10² e. A°=135.14 S.cm² mol & K-8.214x10 - ka. Aº In an experiment to determine A and equilibrium constant of weak electrolyte by applying Ostwald dilution law, the following equation was obtained by plotting C.A versus (1/^): Y-0.0015X-1.11x10-5 Based on the above equation calculate: Aº and K c. A = ka. ka. 1² (²) Ⓒa. Aº =225.23 S.cm² mol & K-4.928x10 O b. A° -22.52 S.cm² mol & K-4.93x10 O c. Aº =2963.96 S.cm² mol & K-3.75x10 d. A°=296.4 S.cm² mol & K-3.74x10² e. A°=135.14 S.cm² mol & K-8.214x10 - ka. Aº

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