The equation representing Kohlrausch law from the following is `(V^(+)="No. of cations,"V^(-)="No. of anions")`A. `lambda_(m)=(100K)/(C_(m))(V^(+)+V^(-))`B. `lambda_(m)^(0)=v^(+)lambda_(+)^(0)+v^(-).lambda_(-)^(0)`C. `lambda_(eq)=(1000K)/(C_(eq))(V^(+)-V^(-))`D. `lambda_(m)^(0)=lambda_(c)+lambda_(a)`

The equation representing Kohlrausch law from the following is `(V^(+)

1.	The equation representing Kohlrausch law from the following is `(V^(+)="No. of cations,"V^(-)="No. of anions")`A. `lambda_(m)=(100K)/(C_(m))(V^(+)+V^(-))`B. `lambda_(m)^(0)=v^(+)lambda_(+)^(0)+v^(-).lambda_(-)^(0)`C. `lambda_(eq)=(1000K)/(C_(eq))(V^(+)-V^(-))`D. `lambda_(m)^(0)=lambda_(c)+lambda_(a)`
Answer» Correct Answer - B `Lambda_(c)=Lambda_(0)-bsqrtc`

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