For a gaseous reaction: `A(g) rarr B(g)`, the rate expresison may be given asA. `-(d[A])/(dt) = k[A]^(n)`B. `-(1)/(V)(dn_(A))/(dt) = k[A]^(n)`C. `-(1)/(RT)(dP_(A))/(d t) =k[A]^(n)`D. `-(dP)/(dt) = k[P_(A)]^(n)`

For a gaseous reaction: `A(g) rarr B(g)`, the rate expresison may be g

1.	For a gaseous reaction: `A(g) rarr B(g)`, the rate expresison may be given asA. `-(d[A])/(dt) = k[A]^(n)`B. `-(1)/(V)(dn_(A))/(dt) = k[A]^(n)`C. `-(1)/(RT)(dP_(A))/(d t) =k[A]^(n)`D. `-(dP)/(dt) = k[P_(A)]^(n)`
Answer» Correct Answer - A::B::C::D Rate of reaction `= (-d[A])/(dt) = k[A]^(n)` or `(dP_(A))/(dt) = k(P_(A))^(n)` `= (1)/(V)(-dn_(A))/(dt) = k[A]^(n)` , `[because [A](n_(A))/(V)]` `= -(1)/(RT)(-dP_(A))/(dt)=k[A]^(n)` , `[because [A](P_(A))/(RT)]`

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For a gaseous reaction: `A(g) rarr B(g)`, the rate expresison may be given asA. `-(d[A])/(dt) = k[A]^(n)`B. `-(1)/(V)(dn_(A))/(dt) = k[A]^(n)`C. `-(1)/(RT)(dP_(A))/(d t) =k[A]^(n)`D. `-(dP)/(dt) = k[P_(A)]^(n)`

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