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Types of Redox Reactions

The ionic con...

Question

The ionic conductance of $B a^{2 +}$ and $C l^{-}$ are respectively 127 and $76 Ω^{-}$ $c m^{2}$ as infinite dilution. The equivalent conductance (in $Ω^{- 1}$ $c m^{2}$ ) of $B a C l_{2}$ at infinite dilution will be what?

A

340

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B

139.5

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C

253.5

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D

none

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Solution

The correct option is C 139.5

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Similar questions

Q. The ionic conductance of

B a^{2 +}

C l^{-}

are respectively

127

76 Ω^{- 1}

c m^{2}

at infinite dilution. The equivalent conductance (in

Ω^{- 1}

c m^{2}

B a C l_{2}

at infinite dilution will be:

Q. The equivalent conductance of

B a^{2 +}

C l^{-}

are respectively

127

76

o h m^{- 1}

c m^{2}

e q^{- 1}

at infinite dilution. What will be the equivalent conductance of

B a C l_{2}

at infinite dilution?

Q. The ionic conductance of

B a^{2 +}

C l^{-}

are respectively

127

76 o h m^{- 1} c m^{2} m o l^{- 1}

at infinite dilution. The equivalent conductance (in

o h m^{- 1} c m^{2} e q^{- 1}

B a C l_{2}

at infinite dilution will be:

Q. The ionic conductivity of

B a^{2 +}

C l^{-}

at infinite dilution are 127 and 76 respectively. The equivalent conductivity of

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at infinite dilution (in

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Q. In infinite dilusions, the equivalent conductances of

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C l^{-}

127

76 o h m^{- 1} c m^{- 1} e q v t^{- 1}

. The equivalent conductivity of

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at indefinite dilution is?

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