2. Electrochemistry : molar conducatance | Kohlrausch’s law | NEET UG + JEE By AKM Sir

Описание: Master the flow of ions with the legendary Anup Kumar Mishra (AKM) Sir!
​In this session, AKM Sir breaks down the complexities of Electrolytic Conductance into simple, crystal-clear concepts. Whether you are a NEET aspirant or a JEE warrior, this lecture is designed to build your foundation from scratch and take you to the advanced problem-solving level.
​📖 What You Will Learn Today:
​Basics of Electrolytic Conduction: Difference between metallic and electrolytic conductors.
​Key Definitions: Conductance (G), Specific Conductance (Kappa - \kappa), Molar Conductivity (\Lambda_m), and Equivalent Conductivity (\Lambda_{eq}).
​Cell Constant: Understanding the geometry of the conductivity cell.
​Factors Affecting Conductance: The role of nature of electrolyte, concentration, and temperature.
​Kohlrausch’s Law: The law of independent migration of ions and its powerful applications.
​Variation with Dilution: Why \Lambda_m increases with dilution for both strong and weak electrolytes (Debye-Huckel-Onsager Equation).
​🚀 Why Watch This Lecture?
​AKM Sir’s Signature Style: Complex physical chemistry concepts simplified through relatable analogies.
​Formula Cheat Sheet: Quick derivation and memorization techniques for all conductance formulas.
​PYQ Integration: Solving previous year NEET/JEE questions side-by-side to boost your confidence.
​No Rote Learning: Understand the why behind the movement of ions.
​📚 Useful Timestamps:
​00:00 – Introduction & Importance of Conductance
​10:15 – Resistance vs. Conductance (G = 1/R)
​25:40 – Specific, Molar, and Equivalent Conductivity explained
​45:20 – Effect of Dilution (The "AKM Logic")
​01:10:05 – Kohlrausch’s Law & Numerical Practice
​01:30:00 – Summary & Homework Questions
​Don't forget to:
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