When H2(g) (8.852 mol) and 8.852 mol of Br2(g) in a 120.0 L reaction vessel at 459.0 Â°C are allowed to come to equilibrium the mixture contains 0.1034 mol/L of HBr(g). What is the equilibrium concentration (mol/L) of H2(g)?

H2(g)+Br2(g) = 2HBr(g)

Question

When H2(g) (8.852 mol) and 8.852 mol of Br2(g) in a 120.0 L reaction vessel at 459.0 Â°C are allowed to come to equilibrium the mixture contains 0.1034 mol/L of HBr(g). What is the equilibrium concentration (mol/L) of H2(g)?

H2(g)+Br2(g) = 2HBr(g)

When H2(g) (8.852 mol) and 8.852 mol of Br2(g) in a 120.0 L reaction vessel at 459.0 Â°C are allowed to come to equilibrium the mixture contains 0.1034 mol/L of HBr(g). What is the equilibrium concentration (mol/L) of H2(g)?

H2(g)+Br2(g) = 2HBr(g)

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