Answer is: concentration of chlorine is 1418.34 M.
Balanced chemical reaction: PCl₃(g) + Cl₂(g) → PCl₅(g).
[PCl₃<span>] = 0.33 M; equilibrium concentration of phosphorus trichloride.
</span>[PCl₅<span>] = 0.44 M; equilibrium concentration of phosphorus pentachloride.
</span>Keq = 0.00094.
Keq = [PCl₅] ÷ [PCl₃] · [Cl₂<span>].
</span>[Cl₂] = [PCl₅] ÷ Keq · [PCl₃].
[Cl₂] = 0.44 M ÷ 0.33 M · 0.00094.
[Cl₂] = 1418.43 M.
Answer:
31 ml
Explanation:
At constant temperature of 30°C;
Using Boyles Law:

775 × 30 = 750V2
V2 = (775 × 30) / 750 = 31ml
14.5 M
Molarity=grams/liters
M=58/4.0