In infinite dilutions, the equivalent conductances of \[B{{a}^{2+}}\] and \[C{{l}^{-}}\] are 127 and 76 \[oh{{m}^{-1}}c{{m}^{-1}}\] \[eqv{{t}^{-1}}\]. The equivalent conductivity of \[BaC{{l}_{2}}\]at indefinite dilution is [CBSE 2000]

In infinite dilutions, the equivalent conductances of \[B{{a}^{2+}}\]

1.	In infinite dilutions, the equivalent conductances of \[B{{a}^{2+}}\] and \[C{{l}^{-}}\] are 127 and 76 \[oh{{m}^{-1}}c{{m}^{-1}}\] \[eqv{{t}^{-1}}\]. The equivalent conductivity of \[BaC{{l}_{2}}\]at indefinite dilution is [CBSE 2000]
A.	101.5
B.	139.5
C.	203.5
D.	279.5
Answer» C. 203.5

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In infinite dilutions, the equivalent conductances of \[B{{a}^{2+}}\] and \[C{{l}^{-}}\] are 127 and 76 \[oh{{m}^{-1}}c{{m}^{-1}}\] \[eqv{{t}^{-1}}\]. The equivalent conductivity of \[BaC{{l}_{2}}\]at indefinite dilution is [CBSE 2000]

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