An electric current is passed through an aqueous solution `(` buffered at `pH=6.0)` of a alanine `(pl=6.0)` and arginine `(pI=10.2)` . The two amino acids can be separated because

An electric current is passed through an aqueous solution of a mixture of alanine (isoelectric point 6.0 ) , glutamic acid (3.2) and arginine (10.7) buffered at pH 6.What is the fate of the three acids?

An electric current is passed through an aquous solution of a mixture of alanine (isoelectric points 6.0 ) glutamic acid (3.2) and arginine (10.7) buffered at pH6. What is the fate of the three acids?

If an electric current of 10mA is passed through an aqueous solution of NaCl , then time required to produce 0.01 mol of H_(2) gas at the cathode is -

1F of electricity is passed through 10 L of a solution of aqueous solution of NaCl . Calculate the pH of the solution.

1F of electricity is passed through 10 L of a solution of aqueous solution of NaCl . Calculate the pH of the solution.

1F of electricity is passed through 10 L of a solution of aqueous solution of NaCl . Calculate the pH of the solution.