Question

The molar conductivity of a {( oso okoj kbg )} ?? 1.5 M solution of an electrolyte is found to be 138.9 S cm2 mol-1. Calculate the conductivity of this solution. ​

Answer 1

Answer:

Molar Conductivity, k=

Molar Conductivity, k= Concentration

Molar Conductivity, k= ConcentrationConductivity

Molar Conductivity, k= ConcentrationConductivity

Molar Conductivity, k= ConcentrationConductivity

Molar Conductivity, k= ConcentrationConductivity Λ

Molar Conductivity, k= ConcentrationConductivity Λ m

Molar Conductivity, k= ConcentrationConductivity Λ m

Molar Conductivity, k= ConcentrationConductivity Λ m =

Molar Conductivity, k= ConcentrationConductivity Λ m = c

Molar Conductivity, k= ConcentrationConductivity Λ m = ck

Molar Conductivity, k= ConcentrationConductivity Λ m = ck

Molar Conductivity, k= ConcentrationConductivity Λ m = ck

Molar Conductivity, k= ConcentrationConductivity Λ m = ck Conductivity, ∈≡=Λ

Molar Conductivity, k= ConcentrationConductivity Λ m = ck Conductivity, ∈≡=Λ m

Molar Conductivity, k= ConcentrationConductivity Λ m = ck Conductivity, ∈≡=Λ m

Molar Conductivity, k= ConcentrationConductivity Λ m = ck Conductivity, ∈≡=Λ m ×C

Molar Conductivity, k= ConcentrationConductivity Λ m = ck Conductivity, ∈≡=Λ m ×C=

Molar Conductivity, k= ConcentrationConductivity Λ m = ck Conductivity, ∈≡=Λ m ×C= 1000(CM

Molar Conductivity, k= ConcentrationConductivity Λ m = ck Conductivity, ∈≡=Λ m ×C= 1000(CM 3

Molar Conductivity, k= ConcentrationConductivity Λ m = ck Conductivity, ∈≡=Λ m ×C= 1000(CM 3 /L)

Molar Conductivity, k= ConcentrationConductivity Λ m = ck Conductivity, ∈≡=Λ m ×C= 1000(CM 3 /L)138.9(Scm

Molar Conductivity, k= ConcentrationConductivity Λ m = ck Conductivity, ∈≡=Λ m ×C= 1000(CM 3 /L)138.9(Scm 2

Molar Conductivity, k= ConcentrationConductivity Λ m = ck Conductivity, ∈≡=Λ m ×C= 1000(CM 3 /L)138.9(Scm 2 mol

Molar Conductivity, k= ConcentrationConductivity Λ m = ck Conductivity, ∈≡=Λ m ×C= 1000(CM 3 /L)138.9(Scm 2 mol −1

Molar Conductivity, k= ConcentrationConductivity Λ m = ck Conductivity, ∈≡=Λ m ×C= 1000(CM 3 /L)138.9(Scm 2 mol −1 )×1.5(mol/L)

Molar Conductivity, k= ConcentrationConductivity Λ m = ck Conductivity, ∈≡=Λ m ×C= 1000(CM 3 /L)138.9(Scm 2 mol −1 )×1.5(mol/L)

Molar Conductivity, k= ConcentrationConductivity Λ m = ck Conductivity, ∈≡=Λ m ×C= 1000(CM 3 /L)138.9(Scm 2 mol −1 )×1.5(mol/L)

Molar Conductivity, k= ConcentrationConductivity Λ m = ck Conductivity, ∈≡=Λ m ×C= 1000(CM 3 /L)138.9(Scm 2 mol −1 )×1.5(mol/L) =0.208Scm

Molar Conductivity, k= ConcentrationConductivity Λ m = ck Conductivity, ∈≡=Λ m ×C= 1000(CM 3 /L)138.9(Scm 2 mol −1 )×1.5(mol/L) =0.208Scm −1

Molar Conductivity, k= ConcentrationConductivity Λ m = ck Conductivity, ∈≡=Λ m ×C= 1000(CM 3 /L)138.9(Scm 2 mol −1 )×1.5(mol/L) =0.208Scm −1Explanation:

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