Which of the following expressions correctly represents the equivalent conductance at infinite dilution of Al_2(SO_4)_3.Given that \Lambda^\circ_{Al^{3+}} and \Lambda^\circ_{SO^{2-}_4}are the equivalent conductance's at infinite dilution of the respective ions? (2010 Mains)

Correct Answer is : Λ°Al3++Λ°SO42−

2\Lambda^\circ_{Al^{3+}}+3\Lambda^\circ_{SO^{2-}_4}

\Lambda^\circ_{Al^{3+}}+\Lambda^\circ_{SO^{2-}_4}

(\Lambda^\circ_{Al^{3+}}+\Lambda^\circ_{SO^{2-}_4})\times6

1/3\Lambda^\circ_{Al^{3+}}+1/2\Lambda^\circ_{SO^{2-}_4

Class 12 NEET Chemistry Electrochemistry Questions

Question : 47 of 74

Marks: +1, -0

Which of the following expressions correctly represents the equivalent conductance at infinite dilution of Al2(SO4)3.Given that Λ°Al3+ and Λ°SO42−are the equivalent conductance's at infinite dilution of the respective ions?

(2010 Mains)

2Λ°Al3++3Λ°SO42−
Λ°Al3++Λ°SO42−
(Λ°Al3++Λ°SO42−)×6
1
3
Λ°Al3++
1
2
Λ°SO42−

Validate

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