Aqueous solution of Nickel Sulphate contain Ni²+ and SO4²- ions.
(i) Which ion moves towards the cathode?
(ii) What is the product at the anode?
Share
Aqueous solution of Nickel Sulphate contain Ni²+ and SO4²- ions.
(i) Which ion moves towards the cathode?
(ii) What is the product at the anode?
Sign Up to our social questions and Answers Engine to ask questions, answer people’s questions, and connect with other people.
Login to our social questions & Answers Engine to ask questions answer people’s questions & connect with other people.
[tex]\huge\color{pink}\boxed{\colorbox{black}{༊answer༊ }}[/tex]
(i) The Ni²+ ion moves towards the cathode.
(ii) At the anode, the product is the dissolution of the nickel metal into the solution.
राधे कृष्णा ✨
Verified answer
[tex]\huge{\underline{\underline{\pmb{\mathtt{\red{A} \pink{n}\purple{s}\blue{w}\green{e}\orange{R}}}}}}[/tex]
(1) Ni2+ ions (positively charged) move towards cathode (negatively charged terminal).
(2) Ions migrating to anode would be SO42-, OH-. The product at anode depends on the nature of electrode.
If the electrode at anode is reactive, say nickel electrode, neither of the anions get discharged due to the reactive nature of the electrode. Nickel anode itself loses electrons to form nickel ions in the electrolyte.
[tex]\small\bf{\underline{\green{✔verified \: answer }}}[/tex]
@AMiTShAH0704
I Hope This Will Help You
(/^-^(^ ^*)/