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Answers
Answer:
1. ∧(m) at infinity = number of moles of cations × λ(cation) + number of moles of anions × λ(anion)
So,
∧(m) at infinity = 1 * 300
and We Know
∧(m) at infinity = ∧(e) at infinity × n-factor
300 = ∧(e) at infinity × 3
∧(e) at infinity = 100 S cm^2 eq^(-1)
2. We Can Write Al2(SO4)3 as 2Al^(+3) + 3SO4^(-2)
∧(m) at infinity = number of moles of cations × λ(cation) + number of moles of anions × λ(anion)
∧(m) at infinity = 2*300 + 3*125
∧(m) at infinity = 975
∧(m) at infinity = ∧(e) at infinity × n-factor
975 = ∧(e) at infinity × 6
∧(e) at infinity = 162.5 S cm^2 eq^(-1)
3. We Can Write (NH4)2SO4 as NH4^(+1) + SO4(-2)
∧(m) at infinity = number of moles of cations × λ(cation) + number of moles of anions × λ(anion)
∧(m) at infinity = 1*200 + 2*125
∧(m) at infinity = 450 S cm^2 mol^(-1)
Or hn bhai meri hisse ke 10 Rupey ki chips kha lena xD