Compile data for a sample of size 40 or more. Your data must have both 40 qualitative and 40 quantitative values. The quantitative data should consist of whole number values. Pick data that are of interest to you. Remember, you will essentially draft a hypothesis test that you must conclude. 2. You must include your data set you have collected from a survey you have created or a citation to show me where the data came from Describe the problem you wants to solve with the data. It may relate closely with your major , but your goal here is to make your audience care about the project/problem you are trying to solve. You need to articulate the problem/quick research you are exploring and why insight would be valuable Construct a table that shows the data, with columns for the qualitative and quantitative data Construct a stem and leaf plot of your quantitative data. Note: It is important to choose a variable whose data values will have different stems Construct a frequency distribution of the quantitative data. Construct a frequency distribution of the quantitative data. Graph your quantitative results using a histogram, a frequency polygon Calculate the mean, median, mode, standard deviation, range, and r-correlations for your quantitative data Calculate some general probabilities from your data set, that could give over ll conclusions about a population. ( At least 2) Make some conclusions from your data. Give detailed interpretations of the calculations and graphs. You may do the calculations and graphs by hand or use statistical software (Excel, Minitab, GeoGebra, etc.). Based on your data now, create some type of hypothesis based on your data. Remember this is your study and it should be of some type of interest while collecting the data. You may use significance levels 0.01, 0.02, 0.05. and 0.10 when creating the hypothesis test. Then perform the hypothesis test using the p value method. All work must be shown, along with a picture of the GeoGebra screen shot. Draw your conclusions and give detailed information on your thoughts after you have proved or disproved your hypothesis Construct a Confidence interval based on your hypothesis. How Confident are you from your result in terms of your hypothesis? Keep confidence intervals between 90% to 99%. Show all work