Given below are 4 equations showing Molar conductivities at infinite dilution of various electrolytes. Which one of them represents the correct equation? (\\Lambda_m^0) _{ {\NaBr}}- (\\Lambda_m^0) _{ {\NaCl}}= (\\Lambda_m^0) _{ {\KCl}}- (\\Lambda_m^0) _{ {\KBr}} (\\Lambda_m^0) _{ {\HCl}}+ (\\Lambda_m^0) _{ {\KOH}}- (\\Lambda_m^0) _{ {\KCl}}= (\\Lambda_m^0) _{ {\H}_2 {\O}} (\\Lambda_m^0) _{ {\KBr}}- (\\Lambda_m^0) _{ {\NaBr}}= (\\Lambda_m^0) _{ {\NaBr}}- (\\Lambda_m^0) _{ {\Nal}} (\\Lambda_m^0) _{ {\NH}_4 {\Cl}}- (\\Lambda_m^0) _{ {\NH}_4 {\NO}_3}= (\\Lambda_m^0) _{N H_4 {\Cl}}- (\\Lambda_m^0) _{N H 4 B r}

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Question : 56 of 180

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Given below are 4 equations showing Molar conductivities at infinite dilution of various electrolytes. Which one of them represents the correct equation?
‌(Λm0)NaBr−(Λm0)NaCl=(Λm0)KCl−(Λm0)KBr
‌(Λm0)HCl+(Λm0)KOH−(Λm0)KCl=(Λm0)H2O
‌(Λm0)KBr−(Λm0)NaBr=(Λm0)NaBr−(Λm0)Nal
‌(Λm0)NH4‌Cl−(Λm0)NH4NO3=(Λm0)NH4‌Cl−(Λm0)NH4Br

Equation 1
Equation 2
Equation 3
Equation 4

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