At (1024 ~K ), the equilibrium constant (K_c ) for the reaction ( H ₂(g)+ Br ₂(g) 2 HBr (g) ) is (1.6 10^ 5 ). If 10.0 bar of ( HBr ) is introduced into a sealed container at (1024 ~K ), what will be the equilibrium pressures of ( H ₂, Br ₂

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At (1024 ~K ), the equilibrium constant (K_c ) for the reaction ( H ₂(g)+ Br ₂(g) 2 HBr (g) ) is (1.6 10^ 5 ). If 10.0 bar of ( HBr ) is introduced into a sealed container at (1024 ~K ), what will be the equilibrium pressures of ( H ₂, Br ₂ ), and ( HBr ) ?

Quantrex Academy · Accepted Answer

Correct answer: B. (1.0 10^5 ) bar, (2.5 10^5 ) bar, (2.5 10^5 ) bar

Correct Option is : (B) (1.0 10^5 ) bar, (2.5 10^5 ) bar, (2.5 10^5 ) bar

At (1024 ~K ), the equilibrium constant (K_c ) for the reaction ( H ₂(g)+ Br ₂(g) 2 HBr (g) ) is (1.6 10^ 5 ). If 10.0 bar of ( HBr ) is introduced into a sealed container at (1024 ~K ), what will be the equilibrium pressures of ( H ₂, Br ₂ ), and ( HBr ) ?

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