Figure 2, below, shows the effect of time and disinfectant concentration on the survival of dispersed...

 

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Figure 2, below, shows the effect of time and disinfectant concentration on the survival of dispersed E.coli. The data was obtained from three batch experiments using chlorine as a disinfectant, at 20 °C. The experimental data, as plotted on the three graphs, deviates from Chick's Law. These deviations are, as noted on the figure, (a) lag, (b) tailing, and (c) a combination of lag and tailing. Knowing the conditions that are necessary for each of the three situations to occur, does the "timing" of the scenarios represented in a and b make sense to you? Provide reasons for your answer in no more than four sentences Lap tor shoulder) Lag and aling "alng Time Time Figure 2 Effect of Time and Disinfectant Concentration on the Survival of Dispersed Ecolt. Figure 2, below, shows the effect of time and disinfectant concentration on the survival of dispersed E.coli. The data was obtained from three batch experiments using chlorine as a disinfectant, at 20 °C. The experimental data, as plotted on the three graphs, deviates from Chick's Law. These deviations are, as noted on the figure, (a) lag, (b) tailing, and (c) a combination of lag and tailing. Knowing the conditions that are necessary for each of the three situations to occur, does the "timing" of the scenarios represented in a and b make sense to you? Provide reasons for your answer in no more than four sentences Lap tor shoulder) Lag and aling "alng Time Time Figure 2 Effect of Time and Disinfectant Concentration on the Survival of Dispersed Ecolt.

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Answer Chicks law states that the effect of a disinfectant on a population of microorganisms follows ... View the full answer