he ^⁰ values of KNO₃ and LiNO₃ are 145.0 and 110.1 Scm² mol⁻¹ respectively. The λ⁰ value
for K⁺ ion is 73.5 S cm² mol⁻¹. Calculate λ⁰ (Li⁺).
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Answer:
∵ LiCl.3NH3(s)⇌LiCl.3NH3(s)+2NH3(g)
[Kp=9atm2]
LiCl.3NH3(s)+2NH3⇌LiCl.3NH3(s)
[Kp1=91atm−2]
0.1 (a + 0.2) Initial moles
0 a 0.1 Final Moles at equilibrium
∴ Initial moles of NH3 should be (a+0.02) to bring in completion of reaction.
At
equilibrium Kp1= (PNH3′)21 or 91
=(PNH3′)21
∴PNH3′ = 3 atm
∵ PV=nRT
∴ 3
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