If \Lambda_{ {m}}= molar conductivity of the solution of an electrolyte. \Lambda_{ {m}}^{0}= limiting molar conductivity of the solution \alpha= degree of dissociation of the electrolyte, Then the relation among the three terms is

{\Lambda_{ {m}}^{0}}/{\Lambda_{ {m}}}=\alpha

{\Lambda_{ {m}}}/{\Lambda_{ {m}}^{0}}=\alpha

\Lambda_{ {m}}^{0} \times \Lambda_{ {m}}=\alpha

\Lambda_{ {m}}^{0}-\Lambda_{ {m}}=\alpha

JEE Advanced 2020 Full Test 4 Paper 1

Question : 21 of 54

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If Λm= molar conductivity of the solution of an electrolyte.
Λm0= limiting molar conductivity of the solution α= degree of dissociation of the electrolyte,
Then the relation among the three terms is

‌
Λm0
Λm
=α
‌
Λm
Λm0
=α
Λm0×Λm=α
Λm0−Λm=α

Validate

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