A solid A dissociates to give B and C gases as shown, `A(s) hArr 2B(g)+3C(g)` At equilibrium some B(g) is introduced keeping volume constant so that pressure of B of new equilibrium becomes equal to `8/(5sqrt2)` times original total pressure calculate ratio of initial equilibrium pressure of C to that of its final pressureA. `1:2`B. `2:1`C. `8:sqrt2`D. `sqrt2:8`

A solid A dissociates to give B and C gases as shown, `A(s) hArr 2B(g)

1.	A solid A dissociates to give B and C gases as shown, `A(s) hArr 2B(g)+3C(g)` At equilibrium some B(g) is introduced keeping volume constant so that pressure of B of new equilibrium becomes equal to `8/(5sqrt2)` times original total pressure calculate ratio of initial equilibrium pressure of C to that of its final pressureA. `1:2`B. `2:1`C. `8:sqrt2`D. `sqrt2:8`
Answer» Correct Answer - D

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