What is the electrochemical equivalent of a substance when 150 gm of it is deposited by 10 ampere of current passed for 1 sec?

The electrochemical equivalent of an electrolyte is 2.35 gm amp^-1 sec^-1. Calculate I the amount of the substance deposited when 5 ampere is passed for 10 sec.

To 1M solution of AgNO₃, 0.75 F quantity of current is passed. What is the concentration of the electrolyte, AgNO₃ remaining in the solution?

0.5 F of electric current was passed through 5 molar solution of AgNO₃, CuSO₄ and AICl₃ connected in series. Find out the concentration of each of the electrolyte after the electrolysis.

To one molar solution of a trivalent metal salt, electrolysis was carried out and 0.667 M was the concentration remaining after electrolysis. Calculate the quantity of electricity passed.

A conductance cell has platinum electrodes, each with 5 cm² area and separated by 0.5 cm distance. What is the cell constant?

Specific conductance of 1M KNO₃ solution is oberved to be 5.55 x 10^-3 mho cm². What is the equivalent conductance of KNO₃ when one litre of the solution is used?

The equivalent conductances at infinite dilution of HCl, CH₃COONa and NaCl are 42616, 91.0 and 126.45 ohm^-1 cm² gm equuivalent^-1 respectively. Calculate the equivalent conductance (λ_∞) of acetic acid.

The standard reduction potential for the reaction Sn⁴⁺ + 2e^- ⟶ Sn²⁺ is + 0.15v. Calcuate the free energy change of the reaction.

Write the Nernst equation for the half cell Zn²⁺_(aq)/ Zn_(s)

The emf of the cell Cd/CdCl₂, 25H₂O / AgCI_(s) Ag E^o is 0.675 V. Calculate of the cell reaction.

The standard free energy change of the reaction M⁺_(aq)+ e^- ⟶ M_(s) is -23.125 kJ. Calculate the standard emf of the half cell.

The emf of the half cell Cu²⁺_(aq)/ Cu_(s). containing 0.01 M Cu²⁺solution is + 0.301V. Calculate the standard emf of the half cell

If E₁ = 0.5 V corresponds to Cr³⁺+ 3e^- ➝ Cr_(s) and E₂ = 0.41V corresponds to Cr³⁺+ e^- ➝ Cr²⁺ reactions, calculate the emf (E₃) of the reaction Cr²⁺+ 2 e^- ➝ Cr_(s)

Calculate the standard emf of the cell having the standard free energy change of the cell reaction is -64.84 kJ for 2 electrons transfer.