An industrial vat contains 650 grams of solid lead (ll) chloride formed from areaction of 870 Grams of lead (ll) nitrate with excess hydrochloride acid. This is the equation of the reaction

Question

Luna Gill

Chemistry

7 June, 06:04

An industrial vat contains 650 grams of solid lead (ll) chloride formed from areaction of 870 Grams of lead (ll) nitrate with excess hydrochloride acid. This is the equation of the reaction

+3

Answers (1)

Know the Answer?

Bradshaw · Answer 1

Answer is: The percent yield of lead chloride is 88%.

Balanced chemical reaction: 2HCl + Pb (NO₃) ₂ → 2HNO₃ + PbCl₂.

m (PbCl₂) = 650 g; mass of lead (II) chloride.

m (Pb (NO₃) ₂) = 870 g; mass of lead (II) nitrate.

n (Pb (NO₃) ₂) = 870 g : 331.21 g/mol.

n (Pb (NO₃) ₂) = 2.63 mol; amount of lead (II) nitrate.

From balanced chemical reaction: n (Pb (NO₃) ₂) : n (PbCl₂) = 1 : 1.

n (PbCl₂) = 2.63 mol; amount of lead (II) chloride.

m (PbCl₂) = 2.63 mol · 278.1 g/mol.

m (PbCl₂) = 731.4 g.

yield = 650 g : 731.4 g · 100%.

yield = 88.88 %.