Carbonyl bromide, COBR2 can be produced as shown below. The thermodynamic equilibrium constant, K = 9.59 at 300 K. CO(g) + Br2(1) COBr2(g) What is the equilibrium pressure of CO if the equilibrium mixture contains 3.79 bar of COBR2 and 8.33 mL of Br2 ? The density of Br2 is 3.10 g mL-1. Enter a value accurate to three significant figures. Pco Number bar

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Carbonyl bromide, COBr2 can be produced as shown below. The thermodynamic equilibrium constant, K = 9.59
at 300 K.
CO(g) + Br2(1) = COBr2(g)
What is the equilibrium pressure of CO if the equilibrium mixture contains 3.79 bar of COBr2 and 8.33 mL of
Br2 ? The density of Br2 is 3.10 g mL-1.
Enter a value accurate to three significant figures.
Pco
Number
bar
Transcribed Image Text:Carbonyl bromide, COBr2 can be produced as shown below. The thermodynamic equilibrium constant, K = 9.59 at 300 K. CO(g) + Br2(1) = COBr2(g) What is the equilibrium pressure of CO if the equilibrium mixture contains 3.79 bar of COBr2 and 8.33 mL of Br2 ? The density of Br2 is 3.10 g mL-1. Enter a value accurate to three significant figures. Pco Number bar
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