Part 4.1. As cell morphology may vary, data for cells is often collected for many cells to allow statistical values (e.g., average cell size) to be calculated. For example, the prokaryotic and eukaryotic cells presented in Figures 6A and (SB, and Figures 6C-F, respectively, are not uniform in size. Measuring only one cell may yield an inaccurate measurement for that cell type. Collecting a set of values (Le, a data set) allows statistical analysis of those data and being able to state the range of values (data spread), and by how much these vary, for the cells that were observed when Results are presented. Use the provided data set to answer the following questions: 7) Based on Figure 6A-F and the data provided, calculate the following: 3) Calculate the mean (average) cell or organism size for each gure. (3 marks) b) Calculate the mean (average) cell or organism sizes for the prokaryotic and eukaryotic species. (1 mark) c) Calculate the sample variance (SQ) around the sample mean for each cell or organism type. [3 marks) d) Calculate the standard deviation (SD) for each cell or organism type. (3 marks) e) Calculate the standard error of the mean (SEM) for each cell or organism type