If for a reaction in which `A(g)` converts to `B(g)` the reaction carried out at const. `V` & `T` results into the following grapg. A. then the reaction must be `A(g) rarr 3B (g)` and is a first -order reaction.B. then the reaction must be `A(g) rarr 3B(g)` and is a second-order reaction.C. then the reaction must be `A(g) rarr 3B(g)` and is a zero-order reaction.D. then the reaction must be `A(g) harr 3B(g)` and is first-order reaction.

If for a reaction in which `A(g)` converts to `B(g)` the reaction carr

1.	If for a reaction in which `A(g)` converts to `B(g)` the reaction carried out at const. `V` & `T` results into the following grapg. A. then the reaction must be `A(g) rarr 3B (g)` and is a first -order reaction.B. then the reaction must be `A(g) rarr 3B(g)` and is a second-order reaction.C. then the reaction must be `A(g) rarr 3B(g)` and is a zero-order reaction.D. then the reaction must be `A(g) harr 3B(g)` and is first-order reaction.
Answer» Correct Answer - C From the given graph it is clear that the concentration decrease linearly with time zero-order reaction and `A rarr 3B` type.

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