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Asked: 2020-11-02T13:07:08+05:30 In:

A gaseous mixture consisting of 60% by volume of SO2 and 40% by volume of O2 is introduced into a furnace at 1200K. Assuming the total pressure to be 1 atm, Find out the composition of the gas after it attains equilibrium in the furnace

A gaseous mixture consisting of 60% by volume of SO2 and 40% by volume of O2 is introduced into a furnace at 1200K. Assuming the total pressure to be 1 atm, Find out the composition of the gas after it attains equilibrium in the furnace
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    1. Platinum GATE Metallurgy Coaching

      The answer might be like: 50 % SO3 25 % O2 25 % SO2 As at that temperature SO2 + 0.5o2 =SO3 So according to mole balance there shall be formation of SO3 from two reactants and finally the mixture will be as I mentioned.

      The answer might be like:

      50 % SO3

      25 % O2

      25 % SO2

      As at that temperature SO2 + 0.5o2 =SO3

      So according to mole balance there shall be formation of SO3 from two reactants and finally the mixture will be as I mentioned.

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