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At a pressure of 1.0 bar, an equilibrium...

At a pressure of 1.0 bar, an equilibrium exists at 2000 K between 0.25 mole of `Br_2(g)` , 0.75 mole of `F_2` (g) and 0.497 mole of `BrF_3(g)` . What will be the amounts of each gas after the pressure on the system has been increased to 2.0 bar and the equilibrium at 2000 K re-established?
`Br_2(g) + 3F_2 to 2BrF_3(g)`

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0.189 mole, 0.567 mole, 0.619 mole
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