Finally, in order to find a response to the research question, the concentration of the solution that yields the highest average germination rate can be determined through graphical interpolation.
Sample Calculation 1:
Calculations performed in order to find the mean germination rate of the seeds for each concentration of gibberellic acid. In this experiment, the germination rate is the average time taken for the seeds to germinate, from the time of sowing. This calculation needs to be performed to generalize the data, in order to create a graphical analysis and a general trend.
Sample Calculation 2:
Calculations performed in order to find the standard deviation of the five trials completed for the 0 ppm solution of gibberellic acid. Here, finding the standard deviation is essential in order to determine how widespread the germinating times are, which may be used
Table 2: Processed data table summarizing the standard deviation calculations that were performed on Table 1’s raw data
Concentration of Gibberellic Acid in Aqueous