One way to determine the order of a reaction involves graphical analysis of absorbance values. The plots below represent

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One Way To Determine The Order Of A Reaction Involves Graphical Analysis Of Absorbance Values The Plots Below Represent 1 (104 KiB) Viewed 10 times

One way to determine the order of a reaction involves graphical analysis of absorbance values. The plots below represent a linear fit corresponding to zeroeth, first and second order reactions. After examination of the plots, indicate what reaction order is indicated. The linear fit to the data for plot [Select] represents first order reaction, plot [Select] represents a second order reaction, and plot [Select] [Select] [Select] Concentration represents a zeroth order reaction. The units for the rate constant, k, in a first order reaction are The slope of the linear regression line for a second order reaction i✓ [Select] the rate constant will always be positive...true or false?.. [Select] A B C k = 1/second k = mole/ (Liter second) k = Liter / (mole second) positive negative true false Time A V The units for the rate constant, k, in a second order reaction are [Select] In Concentration Time B 100 [Select] The units for the rate constant, k, in a zeroeth order reaction are The slope of the linear regression line for a first and zeroth order reaction is Even though the rate constant, k, is represented by the slope of the linear regression line, the value of Time C