`[r]=` concentration of reactant and `t` be the time

Identify the order is correct option for order-

[r]= concentration of reactant and t be the time Identify the correct option for order-

The concentration of reactant decreases linearly with time. What is the order of the reaction ?

How are concentration of reactants and time related in the first order reaction? Show graphically.

If a is the initial concentration of the reactant, the time taken for completion of the reaction if it is of zero order will be

If 'a' is the initial concentration of the reactant, the time taken for completion of the reaction, if it is of zero order will be

Drawn the graph that the concentration 'R', of the reactant and 't' the reaction time for a zero Order reaction.

Plot a graph of concentration of a reactant at time t, [ (a-x)] against time for a first order reaction .Here a = initial concentration of the reactant an x = change in concentration of the reactant at any time 1 during the reaction.

For a reaction , a graph was plotted between reactant concentration c and time as shown in the figure below. Identify the order of the reaction with respect to the reactant. Can the concentration of the reactant be theoretically zero after infinite time?