The unit of equivalent conductivity is

Question

The unit of equivalent conductivity is (A) ohm cm (B) ohm -1 cm 2( g - eq )-1 (C) ohm-1 cm+2 (g textequivalent)-1 (D) S cm2

Tardigrade Admin · Accepted Answer

A e q = k × 1 0 0 0 / c = k × 1 0 0 / C where A eq = equivalent conductance C = concentration in eq/L ∴ Units of A text eq are ohm -1 c m 2( g - e q -1)

Q. The unit of equivalent conductivity is

ohm cm

$o h m^{- 1} c m^{2} (g - e q)^{- 1}$

$o h m^{- 1} c m^{+ 2} (g equivalent)^{- 1}$

$S c m^{2}$

$A_{e q} = k \times 1000/ c = k \times 100/ C$ where $A_{e q} =$ equivalent conductance $C =$ concentration in eq/L $∴$ Units of $A_{eq}$ are ohm $^{- 1} c m^{2} (g - e q^{- 1})$

Q. The unit of equivalent conductivity is

ohm cm

ohm−1cm2(g−eq)−1

ohm−1cm+2(gequivalent)−1

Scm2

Aeq​=k×1000/c=k×100/C where Aeq​= equivalent conductance C= concentration in eq/L ∴ Units of Aeq ​ are ohm −1cm2(g−eq−1)

$o h m^{- 1} c m^{2} (g - e q)^{- 1}$

$o h m^{- 1} c m^{+ 2} (g equivalent)^{- 1}$

$S c m^{2}$

$A_{e q} = k \times 1000/ c = k \times 100/ C$ where $A_{e q} =$ equivalent conductance $C =$ concentration in eq/L $∴$ Units of $A_{eq}$ are ohm $^{- 1} c m^{2} (g - e q^{- 1})$