Questions/Electrochemistry/While Calculating $$...
Conductance of SolutionsElectrochemistry

While Calculating Λm\Lambda_m if κ\kappa is in S⋅m−1S \cdot m^{-1} Where does the 1000 go?

Expert Answer

Λm=κM×1000\Lambda_m = \frac{\kappa}{M \times 1000} Unit: S⋅m2⋅mol−1S \cdot m^2 \cdot mol^{-1} Reason: To match SI units ( m3m^3 ), we convert Liters. Since 1L=11000m31 L = \frac{1}{1000} m^3 , the conversion factor moves to the denominator. Trick: Meter starts with M →\rightarrow Mud (Denominator).

Master this topic with Flashcards

Use our Spaced Repetition flashcards to memorize Conductance of Solutions and ace your exams.

Start Practicing Now

Related Questions in Electrochemistry

In a Daniell cell, what happens to the current flow if an external opposing potential (EextE_{ext}) slightly greater than 1.1 V is applied?.

What is the sign of Gibbs Free Energy (ΔG\Delta G) for a cell reaction to be spontaneous?.

Why is the Standard Hydrogen Electrode (SHE) potential taken as zero?.

Which material is used as the inert electrode in a Standard Hydrogen Electrode (SHE)?.

What defines an Inert Electrode? Give 2 common examples used in JEE problems.

View all Electrochemistry questions →