The equivalent conductance of NaCl at concentration C and at infinite dilution are `lamda_(C) and lamda_(oo)`, respectively. The correct (where the constant B is positive)A. `lamda_(C)=lamda_(oo)+(B)C`B. `lamda_(C)=lamda_(oo)-(B)C`C. `lamda_(C)=lamda_(oo)-(B)sqrt(C)`D. `lamda_(C)=lamda_(oo)+(B)sqrt(C)`

The equivalent conductance of NaCl at concentration C and at infinite

1.	The equivalent conductance of NaCl at concentration C and at infinite dilution are `lamda_(C) and lamda_(oo)`, respectively. The correct (where the constant B is positive)A. `lamda_(C)=lamda_(oo)+(B)C`B. `lamda_(C)=lamda_(oo)-(B)C`C. `lamda_(C)=lamda_(oo)-(B)sqrt(C)`D. `lamda_(C)=lamda_(oo)+(B)sqrt(C)`
Answer» Correct Answer - C `lamda_(C)=lamda_(oo)-(B)sqrt(C)` (debye Huckel onsagn equation).

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What are elementary reactions ?

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