Graph between concentration of the product and time of the reaction `A rarr B` is of the type Hence, graph `-d[A]//dt` and time will be of the type:

The graph between concentration (X) of the Product and time of the reaction Ararr B is of the type 1 . Hence, graph between -(d[A])/(dt) and time will be of the type:

The graph between concentration (X) of the Product and time of the reaction Ararr B is of the type 1 . Hence, graph between -(d[A])/(dt) and time will be of the type:

The graph between concentration (X) of the Product and time of the reaction Ararr B is of the type 1 . Hence, graph between -(d[A])/(dt) and time will be of the type:

The graph plotted between concentration versus time

The graph plotted between concentration versus time

For the reaction of the type A + B rarr product , -d[A] / dt is equal to

For the reaction AtoB , for which graph between half life (t_(1//2)) and initial concentration (a) of the rectant is given below Hence graph between -(d[A])/(dt) and time will be:

For the reaction AtoB , for which graph between half life (t_(1//2)) and initial concentration (a) of the rectant is given below Hence graph between -(d[A])/(dt) and time will be:

For the reaction AtoB , for which graph between half life (t_(1//2)) and initial concentration (a) of the rectant is given below Hence graph between -(d[A])/(dt) and time will be:

A graph Is drawn between the concentration of the reactants (taken on y-axis) and the time of reaction (taken on x-axis). The slope of the tangent drawn to the graph at a point corresponding to reaction time t sec. Gives