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Two substance A(2)(g) and B(2)(g) are a...

Two substance `A_(2)(g) ` and `B_(2)(g)` are allowed to react to form either of `A_(2)B_(2)(l), A_(2)B_(4)(g)` or both depending on relative amount.
Answer the following the following question, if 75 g `A_(2)` and `200g B_(2)` are mixed and no reactant is left.
[Given :At mass of A =25 , B=50]
What is the volume of all the gases present in the mixture after completion of reaction at 760 mm of Hg and `273^(@)` C?

A

67.2 L

B

44.8 L

C

22.4 L

D

11.2 L

Text Solution

Verified by Experts

The correct Answer is:
C
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Knowledge Check

  • Two substance A_(2)(g) and B_(2)(g) are allowed to react to form either of A_(2)B_(2)(l) , A_(2)B_(4)(g) or both depending on relative amount. Answer the following the following question, if 75 g A_(2) and 200g B_(2) are mixed and no reactant is left. [Given :At mass of A =25 , B=50] Now A_(2)B_(4) is transferred to another container completey . At high temperature it is completely dissociated in its gaseous elements A_(2) and B_(2) . Find average molecular weight of gaseous mixture:

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  • In a closed vessel, 5 moles of A_(2)(g) and 7 moles of B_(2) (g) are reacted in the following maner, A_(2)(g)+(3B_(2)(g)to2AB_(3)(g) What is the total number of moles of gases present in the container at the end of the reaction?

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    `22//3`
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    C
    `K_(p ) = alpha^(2) ( K_(p) + P )`
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    `K_(p) = alpha^(2) ((K_(P)+P)/(P))`

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