In class you guessed the height of two of your classmates (Nathan and Brian). This data is attached ("height-data.csv") on Canvas. The format of the data file, including units, is shown in Figure 1. Nathan inches Brian inches 69 71 74 72 68 Figure 1: Format of the height data. 1. Using this data, estimate the size of the random error on any single per- son's guess for (i) Nathan's height and (ii) Brian's height 2. Calculate the mean height in inches for (i) Nathan and (ii) Brian 3. Calculate the error on the mean height for (i) Nathan and (ii) Brian 4. Based on this data, what is the best estimate with uncertainty for the height of each student? (Use a sensible number of significant figures in your reported result.) I suggest using python (or whatever programming language you are adopting for your work) to answer this question. You can submit a printout of your code as part of the solution. In class you guessed the height of two of your classmates (Nathan and Brian). This data is attached ("height-data.csv") on Canvas. The format of the data file, including units, is shown in Figure 1. Nathan inches Brian inches 69 71 74 72 68 Figure 1: Format of the height data. 1. Using this data, estimate the size of the random error on any single per- son's guess for (i) Nathan's height and (ii) Brian's height 2. Calculate the mean height in inches for (i) Nathan and (ii) Brian 3. Calculate the error on the mean height for (i) Nathan and (ii) Brian 4. Based on this data, what is the best estimate with uncertainty for the height of each student? (Use a sensible number of significant figures in your reported result.) I suggest using python (or whatever programming language you are adopting for your work) to answer this question. You can submit a printout of your code as part of the solution