Electrolysis of ba(oh)2 with ni electrodes
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Doing electrolysis of warm aqueous Ba (OH)2 solution between nickel electrodes is a commercial method to obtain highly pure (99.95%) dihydrogen.
In the presence of Ba(OH)2, water dissociates into ions easily and quickly and H+ ions are produced, which go on cathode, gets discharged there and liberate hydrogen gas.
Electrolysis is done in a hard glass tube. Hydrogen is liberated at cathode while oxygen is liberated at anode.
In the presence of Ba(OH)2, water dissociates into ions easily and quickly and H+ ions are produced, which go on cathode, gets discharged there and liberate hydrogen gas.
Electrolysis is done in a hard glass tube. Hydrogen is liberated at cathode while oxygen is liberated at anode.
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