A_((s)) + B_((g)) + "heat" hArr 2C_((s)) + 2D_((g)) . At equilibrium the pressure of 'B is doubled. By what factor the concentration of 'D' should change, to reattain the equilibrium

A_((s)) + B_((g)) + "heat" hArr 2C_((s)) + 2D_((g)) . At equilibrium t

1.	A_((s)) + B_((g)) + "heat" hArr 2C_((s)) + 2D_((g)) . At equilibrium the pressure of 'B is doubled. By what factor the concentration of 'D' should change, to reattain the equilibrium
Answer» `sqrt(2)` 2 3 `sqrt(3)` SOLUTION :`K_(C)=([D]_(1)^(2))/([B]_(1))=([D]_(2)^(2))/([B]_(2))`, `([D]_(1)^(2))/([B]_(1))=([D]_(2)^(2))/(2[B]_(1)) implies [D]_(2)=sqrt2 [D]_(1)`