A gas mixture in a 1.00L reaction vessel at 100ÂºC contains 4.5 mol of Br(g) and...

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A gas mixture in a 1.00L reaction vessel at 100ÂºC contains 4.5mol of Br(g) and 33.1 mol F2(g). Compte the mole fraction of eachgas in this mixture.
When this mixture is heated to 150ÂºC, Br2(g) and F2(g) react toform BrF5(g) according to the following balanced chemical reaction:Br2(g)+ 5F2(g)---------- 2 BrF5(g). At a certain point, 2.2 mol ofBrF5(g) is present in this reaction vessel. Determine the molefractions of Br2(g), F2(g) and BrF5(g) at this point in thereaction.
Assuming the reaction goes to complection (one or both of thereactants is limiting),
What will be the total pressure inside this vessel? What are thepartial pressures of all the components present?
Calculate the root mean squared velocity of the componentspresent after the reaction is complete?

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A gas mixture in a 100L reaction vessel at 100C contains 45mol of Brg and 331 mol F2g Compte the mole fraction of eachgas in this mixtureMole fraction of Br2g X number of moles of Br2 Total number of moles 45 mol 45 331 mol 012Mole fraction of F2g X number of moles of F2 total number of moles See Answer

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