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Reactivity with Halogens and Hydrogen (Group 2)

9. 4 moles of...

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9. 4 moles of each of SO2 and O2 gases are allowed to react to form SO3 in a closed vessel.At equilibrium,25% O2 is used up.The total number of moles of all gases at equilibrium is

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5

{S O}_{2}

5

O_{2}

are allowed to react to form

{S O}_{3}

in a closed vessel. At the equilibrium,

60

{S O}_{2}

is used up. The total number of moles in the vessel at equilibrium is:

S O_{2}

O_{2}

react in a closed vessel. At equilibrium 60% of the

S O_{2}

is consumed. The total number of gaseous moles (

S O_{2}

O_{2}

S O_{3}

) in the vessel is:

5

S O_{2}

O_{2}

gases is reacted to form

S O_{3}

gas. What should be the mass ratio of

S O_{2}

O_{2}

gases in mixture to obtain maximum amount of

S O_{3}

5

S O_{2}

5

O_{2}^{-}

are allowed to react. At equilibrium, it was found that

60

S O_{2}

is used up. If the pressure of the equilibrium mixture is one atmosphere, the partial pressure of

O_{2}

5

S O_{2}

5

O_{2}

are allowed to react. At equilibrium, it was found that

60 %

S O_{2}

is used up. If the pressure of the equilibrium mixture is one atmosphere, the partial pressure of

O_{2}

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Reactivity with Halogens and Hydrogen (Group 2)

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