The molar conductivity Λ_m of an electrolyte solution is defined as:
AR × c
Bκ × c
Cκ + c
Dκ / c
Answer & Solution
Correct answer: D. κ / c
**Λ_m = κ/c**, where c is concentration (mol/m³ for SI, or mol/L → multiply κ in S cm⁻¹ by 1000/c(M) for S cm² mol⁻¹).
Keep practising Unit 9B1: Electrochemical Cells and Standard Potentials
Browse all Unit 9B1: Electrochemical Cells and Standard Potentials questions for AP Intermediate 2nd Year, or explore more Chemistry topics.
Related questions
Faraday's first law of electrolysis states mass deposited is proportional to:EMF of standard Daniell cell at 25°C is approximately:In the Daniell cell, the cathode reaction is:A device converting CHEMICAL energy to electrical energy via spontaneous redox is a:In the H₂–O₂ fuel cell used in the Apollo space programme, the electrolyte is:During electrolysis of **aqueous** NaCl (brine), the products are:A CuSO₄ solution is electrolysed with 1.5 A for 10 minutes. The mass of copper (M = 63.5) The Faraday constant F = 96500 C mol⁻¹ represents: