Look at the information in both images

Choose a topic for which you can many find data that you think will be normally distributed (be careful here and think about what that means). Dara should be presented numerically. For example, do not choose "favorite colors" since you can not find che mean of red, blue, and green. A few examples of copies could involve height, weight (not just of people!), temperature, carnings, prices, or sports data If you are unsure of a good copic, please ask me and I can help! You must clue the source of your data - where did it come from (I will check? You can include s Enk to a webpage of a printout of your data source. For this part you must Identify: Four spic why you think this duis would be normally distributed whether your data points are discrete or continuous, and explain your answer. This will be important for #3-4. a link to where you found your data (if you collected it manually you should describe how and Include the method of collection that you used; Collect 30 data points and present them nearly in a table. Less than 30 data points will negatively affect your grade on this project. From your table, construct a frequency distribution. Choose imervals that create 5 categories. From your frequency distribution, construct a himgram. Answer the question: does your dais lock relatively nonnal - why or why not (make an assumption based on the ope of data you collected, not past the shape of the graphic Calculate the mean, median, and mode of your data Show all steps. Calculate the standard deviation of your data. Show all steps. In a standard normal distribution, about 68%% of data falls within one standard deviation of the mean, 95% within two, and 99.7%% within there standard deviations. Compare this in the percent of your alwa that falls within one, too, and three standard deviations. Write a short summary your project. Your report must answer the following questions in detail (please number each answer): 1. How/why did you choose your copic and how/ where did you collect your dart 2. Describe the population that you sampled - be very specific! Do you think this affected your dais positively Do you think that your results could represent a larger population that the one you sampled? Why or why more What would that larger population be? Which measure of central tendency (mein, makan, or mode) is most represenative of your clara and why? Be pedic with your reasoning. After completing this project and working with your specific dara, is there anything that you would do differenty or be more careful/wware of if you were to do this project apaint 6. what is your biggest takeaway from this project - Le. what did you learn that may have surprised you?Consider a class of 30 students and their test scores out of 25. This is the classic example of a normally distributed population. Consider the following scores of 30 students : (3,4,5,6,6,7,7,9,10,11,12,12,13,13,14,14,14,15,15,15,17,17,18,18,18,19,20,21,23,24) In a table it can be represented in a table of two columns, 1st column: student index and 2nd column: score. Frequency Distribution for the above data is as follows: Class intervals Frequency 0-5 3 5-10 6 10-15 11 15-20 7 20-25 3 For histogram, consider the following image: R R Graphics: Device 2 (ACTIVE) R Untitled - R Editor x-c(3,4.5.6.6,7,7.9. 10,11. 12. 12. 13. 13,14,14,14. 15. 15.15.17,17, 18, 18, 18.19,20,21,23,24) :x hint (X, col-5) Histogram of x Frequency 10 15 20 25 The above distribution histogram has one peak and is not skewed on any side hence it resembles the shape of normal distribution