Conductance and Resistance

Calculating molar conductance: The resistance of 0.01 M solution of an electrolyte was found to be 210 ohm at 25^(@)C . Calculate them molar conductance of the colution at 25^(@)C , if the cell constant is 0.88 cm^(-1) Strategy: First conductivity in Sm^(-1) (SI units) and then divide it by molar concentration in mole m^(-3) (SI units) to get molar conductance in Sm^(2) mol^(-1) .

Conductance OF Solution - Difference between Metallic and Electrolytic Conductor || Resistance ||Conductance || Conductivity || Resistivity || Molar and Equivalent Conductivity || Variation OF G,K and Λm/Λeq with Dilution || Debye-Huckel Onsager Equation

Conductance in Metals And Electrolytes|Resistance And Specific Resistance|the Conductivity of An Electrolyte|Equivalent Conductivity|Molar Conductivity|Questions|OMR|Summary

[" A super conducting coil (Resistance is "],[" zero) has a self inductance 'L' is placed in a "],[" uniform magnetic field of strength 'B'."],[" Initially the plane of the coil is parallel to the "],[" magnetic field.On turning the coil by "(pi)/(2)" the "],[" work done by you is "(" and also the flux in ")/(" the coil (r is the radius of the coil) ")]

Conductance OF Solution, Difference between Electrolyte and Non Electrolyte|| Difference between Strong and Weak Electrolyte||Difference between Metallic and Electrolytic Conductor||Resistance||Conductance||Conductivity|| Resistivity

Electrolytic Conduction|Definition Of R, Conductance (C OR G), Resistivity, Conductivity (k, σ, kappa)|Relationship Between Conductivity (k) And Molar Conductivity (λm)|OMR

Find the conductance of a conductor of resistance 2 milli ohm.

A conducting rod of resistance r moves uniformly with a constant speed v in a uniform magnetic field. If the rod keeps moving uniformly, then the amount of force required is