The equivalent conductance of 1N solution of an electrolyte is nearly

Explanation:

Equivalent conductance (Λₑ) is defined as the conductance of a solution containing one gram equivalent of an electrolyte. It is related to the specific conductance (κ) by the equation:

Λₑ = κ × (1000 / N)

Where:

Λₑ = Equivalent conductance (S·cm²·eq⁻¹)

κ = Specific conductance (S·cm⁻¹)

N = Normality of the solution (eq/L)

For a 1N (1 eq/L) solution, the equation simplifies to:

Λₑ = κ × 1000

Therefore, the equivalent conductance of a 1N solution is approximately 10³ times its specific conductance.