Consider the strong electrolytes Z_m X_n, U_m Y_p and V_m X_n. Limiting molar conductivity ( \Lambda^0 ) of {\U}_{ {\m}} {\Y}_{ {\p}} and {\V}_{ {\m}} {\X}_{ {\n}} are 250 and 440 {\S} {\cm}^2 {\mol}^{-1}, respectively. The value of ( {\m}+ {\n}+{\p}) is Ion Z^{n+} U^{p+} V^{n+} X^{m-} Y^{m-} \\lambda^0(\Scm^2mol^{-1}) 50.0 25.0 100.0 80.0 100.0 is the limiting molar conductivity of ions The plot of molar conductivity (\Lambda) of {\Z}_{ {\m}} {\X}_{ {\n}} v s {\c}^{1 \/ 2} is given below. [JEE Adv 2022 P2]

Electrochemistry

Section: Chemistry

Question : 6 of 30

Marks: +1, -0

Consider the strong electrolytes ZmXn,UmYp and VmXn. Limiting molar conductivity ( Λ0 ) of UmYp and VmXn are 250 and 440Scm2mol−1, respectively. The value of (m+n+p) is

Ion	Zn+	Up+	Vn+	Xm−	Ym−
λ0(Scm2mol−1)	50.0	25.0	100.0	80.0	100.0

is the limiting molar conductivity of ions
The plot of molar conductivity (Λ) of ZmXnvsc1∕2 is given below.

[JEE Adv 2022 P2]

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