Let us consider that resin is R- and it is in acidic form, R-H+
Here R- represent that the resin is functionalised with negatively charged species like COO- , SO3- etc so that it can attract the positively charged ions. According to the question the resin is in H+ form. Now when other positive ions will pass through the resin, it will be exchanged by H+ ions.
As Cu2+ is a divalent cation it will displace two H+ ions from the resin.
The equation can be written as
2R-H+ + Cu2+ = R2Cu + 2H+
Write a stoichiometric conversion factor relating the number of hydrogen ions displaced from the ...
5. When all of the sample to be collected has left the column, will the drop of solution coming off the tip of the column be acidic, basic or neutral? 6. How many H+ ions would be displaced from the ion exchange column by 1 Cu2+ ion? 7. Binding sites on the ion exchange resin are saturated with which ion before the sample solution is added? 8. Ions are displaced from the resin binding sites by any ion that has...
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i. Chromatography scale up by a factor of 100 for a linear gradient ion exchange chromatography of a product protein from the laboratory to the plant. The conditions are 2 cm (in diameter) x 20 cm bed height, 20 um particle size and 30 cm/h superficial velocity. The particle size of the same type of ion exchange resin available for the plant operation is 60 um. Two columns are available in the plant: 14 cm in diameter x 50 cm...
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DATA Par = 29.98 in Hg Puzo = 23.060 torr Troom = 22.7 °C Vgas = 88.4 ml R = 0.08206 Latm/mol - K CALCULATIONS 1. Using the balanced chemical equation write two conversion factors relating mol Mg to mol H2. 2. Convert Ves, Troom, Poir and Puzo into units consistent with the ideal Gas Law. Use the following for the pressure conversions: 1 atm = 29.92 in Hg and 1 atm = 760 torr 3. Calculate the P. from...