When dil HNO3 gets electrolysed will H+ or NO3- have more charge
Answers
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In dilute HNO 3
In dilute HNO 3
Oxidation potential of OH − > oxidation potential of NO 3−
Oxidation potential of OH − > oxidation potential of NO 3−
Oxidation potential of OH − > oxidation potential of NO 3−
Oxidation potential of OH − > oxidation potential of NO 3− ∴OH − oxidises to O 2
Oxidation potential of OH − > oxidation potential of NO 3− ∴OH − oxidises to O 2
Oxidation potential of OH − > oxidation potential of NO 3− ∴OH − oxidises to O 2 at anode in the following way:
Oxidation potential of OH − > oxidation potential of NO 3− ∴OH − oxidises to O 2 at anode in the following way: 4OH − →2H 2
Oxidation potential of OH − > oxidation potential of NO 3− ∴OH − oxidises to O 2 at anode in the following way: 4OH − →2H 2
Oxidation potential of OH − > oxidation potential of NO 3− ∴OH − oxidises to O 2 at anode in the following way: 4OH − →2H 2 O+O 2 +4e −
Oxidation potential of OH − > oxidation potential of NO 3− ∴OH − oxidises to O 2 at anode in the following way: 4OH − →2H 2 O+O 2 +4e −
Oxidation potential of OH − > oxidation potential of NO 3− ∴OH − oxidises to O 2 at anode in the following way: 4OH − →2H 2 O+O 2 +4e − H + reduces to H 2
Oxidation potential of OH − > oxidation potential of NO 3− ∴OH − oxidises to O 2 at anode in the following way: 4OH − →2H 2 O+O 2 +4e − H + reduces to H 2
Oxidation potential of OH − > oxidation potential of NO 3− ∴OH − oxidises to O 2 at anode in the following way: 4OH − →2H 2 O+O 2 +4e − H + reduces to H 2 at cathode in the following way:
Oxidation potential of OH − > oxidation potential of NO 3− ∴OH − oxidises to O 2 at anode in the following way: 4OH − →2H 2 O+O 2 +4e − H + reduces to H 2 at cathode in the following way: 2H + +2e − →H 2 ↑
Answer:
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