The passage of current through a solution of certain electrolye results in the evolution of H₂ at cathode and Cl₂ at ano
A NaCl correct as per chemistry principle.
Ref: NCERT Chemistry Class XII — Electrochemistry
This category groups questions that deal with the principles of electrochemistry, thermodynamics, and chemical equilibrium. It covers topics such as redox reactions, cell potentials, energy changes, and the factors that affect equilibrium in chemical systems.
A NaCl correct as per chemistry principle.
Ref: NCERT Chemistry Class XII — Electrochemistry
(A) and(C) only correct as per chemistry principle.
Ref: NCERT Chemistry Class XII — Electrochemistry
(A) and(C) only correct as per chemistry principle.
Ref: NCERT Chemistry Class XII — Electrochemistry
(C) and(D) only correct as per chemistry principle.
Ref: NCERT Chemistry Class XII — Electrochemistry
Ligands split the degenerate d-orbitals into higher and lower energy states with a forbidden energy gap correct as per chemistry principle.
Ref: NCERT Chemistry Class XII — Electrochemistry
(3)(C),(D),(A),(B) correct as per chemistry principle.
Ref: NCERT Chemistry Class XII — Electrochemistry
(A),(C) and(D) only correct as per chemistry principle.
Ref: NCERT Chemistry Class XII — Electrochemistry
(A),(B) and(D) only correct as per chemistry principle.
Ref: NCERT Chemistry Class XII — Electrochemistry
H₂, Cl₂ correct as per chemistry principle.
Ref: NCERT Chemistry Class XII — Electrochemistry
phenetole correct as per chemistry principle.
Ref: NCERT Chemistry Class XII — Electrochemistry
dz² correct as per chemistry principle.
Ref: NCERT Chemistry Class XII — Electrochemistry
Cu correct as per chemistry principle.
Ref: NCERT Chemistry Class XII — Electrochemistry