Can you help me understand this lab

I, \\\"'"D"'f . H n..-". 2 Experimental Procedure 2.1 Coin Toss 1. We want to simulate ipping a coin ten times For each set of ten tosses we want to record the number of times that heads appears. and record that value. But doing this over and over is error-prone and time-consuming. A screen shot from Figure 4 shows some code to do this. 2. Have someone in your group (or more than one of you. if possible) implement the code in Figure 4 and run it. Make sure that every single person in your group understands the code; if someone in your group hasn't implemented it, make sure it is shared with them by the end of the lab (along with the data). Run the code again nine more times, so that you have a total of ten sets of data. Record all the data in a variable that is a list in a new cell in your python notebook. Note that as always, data are shared1 but the data analysis must be done individually by each student. 3. Repeat the previous steps but change the number of coin tosses from 10 to 5, and then again to 100 (each time running 10 sets). 4. Repeat the previous step of 10 coin tosses but run 20 trials. 2.2 Table Measurements Once you are completed with the coding and coin tosses above, grab a meter stick and measure the length and width of the table. Be careful to mark down what units you measure in, as this will affect the size of the uncertainty that you calculate