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Kohlrausch Law

Molar conduct...

Question

Molar conductances of $B a C l_{2}, H_{2} S O_{4}$ and $H C l$ at infinite dilution are $X_{1}, X_{2}$ and $X_{3}$ respectively. Molar conductance of $B a S O_{4}$ at infinite dilution is:

X_{1} + X_{2} - X_{3}

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X_{1} + X_{2} - 2 X_{3}

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\frac{(X_{1} + X_{2} - X_{3})}{2}

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\frac{(X_{1} + X_{2} - 2 X_{3})}{2}

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Solution

The correct option is B $X_{1} + X_{2} - 2 X_{3}$
Molar conductances of $B a C l_{2}, H_{2} S O_{4}$ and $H C l$ at infinite dilution are $X_{1}, X_{2}$ and $X_{3}$ respectively. Molar conductance of $B a S O_{4}$ at infinite dilution is $X_{1} + X_{2} - 2 X_{3}$ .
$Λ_{B a S O_{4}}^{m} = Λ_{B a C l_{2}}^{m} + Λ_{H_{2} S O_{4}}^{m} - 2 Λ_{H C l}^{m}$
$Λ_{B a S O_{4}}^{m} = X_{1} + X_{2} - 2 X_{3}$

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Similar questions

Molar conductances of $B a C l_{2}, H_{2} S O_{4}$ and HCl at infinite dilutions are $x_{1}, x_{2}$ and $x_{3}$ respectively. Equivalent conductance of $B a S O_{4}$ at infinite dilution will be :

Q. Molar conductances of

B a C l_{2}, H_{2} S O_{4}

and

H C l

at infinite dilutions are

x_{1}, x_{2}

and

x_{3}

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B a S O_{4}

at infinite dilution will be:

Q. The equivalent conductance at infinite dilution of

B a C l_{2}, H_{2} S O_{4}

and

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aqueous solutions are

x_{1}, x_{2}

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x_{3}

respectively. The equivalent conductance of

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Q. Calculate molar conductivity of

H C O O H

at infinite dilution, if equivalent conductivity of

H_{2} S O_{4} = x_{1}, A l_{2} (S O_{4})_{2} = x_{2}, (H C O O)_{3} A l = x_{3}

Q. The equivalent conductivity of solutions of

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x_{1}, x_{2} and x_{3} {Scm}^{2} {eq}^{- 1}

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Molar conductances of BaCl2,H2SO4 and HCl at infinite dilution are X1,X2 and X3 respectively. Molar conductance of BaSO4 at infinite dilution is:

The correct option is B X1+X2−2X3Molar conductances of BaCl2,H2SO4 and HCl at infinite dilution are X1,X2 and X3 respectively. Molar conductance of BaSO4 at infinite dilution is X1+X2−2X3.ΛmBaSO4=ΛmBaCl2+ΛmH2SO4−2ΛmHClΛmBaSO4=X1+X2−2X3

Molar conductances of $B a C l_{2}, H_{2} S O_{4}$ and $H C l$ at infinite dilution are $X_{1}, X_{2}$ and $X_{3}$ respectively. Molar conductance of $B a S O_{4}$ at infinite dilution is: