[" Select the correct statement for "],[Lambda_(m)=Lambda_(m)^(0)-AC^((1)/(2))]

Select the correct statement for lambda_(m)=E_(m)^(@)-AC^(1//2)

The variation in Lambda_m with concentration for a strong electrolyte can be represented by the equation, Lambda_m=Lambda_m^@ -AC^(1//2) The value of constant A for a given solvent and temperature depends upon the type of electrolyte i.e., cations and anions produced on dissociation of electrolyte in the solution . NaCl, MgCl_2 and CaSO_4 are known as

If lambda_(m) denotes

If lambda_(m) denotes

The pair of electrolytes that possess same value for the constant (A) in the Debye - Huckel - Onsagar equation, lambda_(m)=lambda_(m)^(@)-A sqrt(C) is

Lambda_(m)^(@)H_(2)O is equal to

Lambda_(m)^(@)H_(2)O is equal to:

^^_(m_((NH_(4)OH)))^(o) is equal to (a) Lambda_(m)^(@)(NH_(4)OH)+Lambda_(m)^(@)(NH_(4)Cl)-Lambda_((HCl))^(@) (b) Lambda_(m)^(@)(NH_(4)Cl)+Lambda_(m)^(@)(NaOH)-Lambda_((NaCl))^(@) (c) Lambda_(m(NH_(4)Cl))^(@)+Lambda_(m(NaCl))^(@)-Lambda_((NaOH))^(@) (d) Lambda_(m(NaOH))^(@)+Lambda_(m(NaOH))^(@)+Lambda_(m(NaCl))^(@)-Lambda_((NH_(4)Cl))^(@)