At constant pressure for a given amount of an ideal gas, will the graph obtained by plotting V vs t^(@)C and V vs TK be different ?

At constant pressure for a given amount of an ideal gas, will the grap

1.	At constant pressure for a given amount of an ideal gas, will the graph obtained by plotting V vs t^(@)C and V vs TK be different ?
Answer» Solution :ACCORDING to Charles' law V=KT. . .[1] [at CONSTANT pressure for a given mass of a gas] But T=273+t, hence, V=K(273+t) . . [2] Both the equation [1] & [2] express equations for straight lines. Equation no [1] represents a straight line passing through the origin. equation no. [2] does not represent a straight line passing through the origin. the plot of V vs t results in a straight line that cuts the V-axis at `0^(@)C`. if this straight line is extrapolated BACKWARD, it meets the t-axis at `-273^(@)C`. LTBRGT From the, above two graphs it is evident that there are no actual defferences between the two graphs, because `-273^(@)C` and 0K express the same temperature.