STEP 1: Ask a question involving the change in party affiliation for one party between two dates. For example, I could ask, "Has the proportion of adults nationwide who identify as democrat changed from June 2019 to June 2020?" STEP 2: Look up the two proportions corresponding to your question in the StatCrunch data file and report them in your document. For my example, I will say, "According to the Gallup Poll given in June 2019, 29% of adults identified themselves as democrat and in June 2020, 33% of adults identified themselves as democrat." STEP 3: Use StatCrunch to find a 95% confidence interval for each proportion using n = 1000 and copy the results into your document. S chStatCrunch: ... . .. Computing Confidence Intervals for a Proportion w Summary Data PEARSON For my example, I would use p = 0.29 and n = 1000 to find the first confidence interval, and p = 0.33 and n = 1000 to find the second confidence interval. STEP 4: Interpret each confidence interval that you found in Step 3 and answer your question using what you know about confidence intervals. For this step, write a thoughtful paragraph that gives clear interpretations for each of your intervals separately and a reasoned answer to your question using the language and concepts involved with confidence intervals of proportions. This step is where you show that you thoroughly understand this concept and therefore it carries the most points towards your grade for this project.Party Affiliation My StatCrunch StatCrunch Applets * Edit Data Stat Graph . Help Date Republicans Independents Democrats Rep + Leaners Dem + Leaners var 7 var8 var9 var10 varll var12 var 13 var 14 var15 var16 Row 2020 Dec 1-17 25 41 31 39 50 2020 Nov 5-19 30 38 31 45 48 A W N 2020 Oct 16-27 31 36 31 45 49 2020 Sep 30-O 29 38 31 42 50 2020 Sep 14-28 28 42 27 44 47 au 2020 Aug 31-S 29 40 30 45 50 2020 Jul 30-Au 26 41 31 42 48 6 00 - 2020 Jul 1-23 28 38 29 41 47 2020 Jun 8-30 26 38 33 39 50 10 2020 May 28-J 25 40 31 38 50 11 2020 May 1-13 28 37 31 44 47 12 2020 Apr 14-28 30 36 31 46 46 13 2020 Apr 1-14 27 39 31 41 48 14 2020 Mar 13-2 30 36 30 42 44 15 2020 Mar 2-13 30 38 30 43 45 16 2020 Feb 17-28 30 39 29 46 47 17 2020 Feb 3-16 33 39 26 47 44 18 2020 Jan 16-29 30 42 27 48 44 19 2020 Jan 2-15 27 45 27 45 46 20 2019 Dec 2-15 28 41 28 45 43 21 2019 Nov 1-14 30 38 31 45 47 22 2019 Oct 14-31 28 39 31 42 51 23 2019 Oct 1-13 26 43 29 41 48 24 2019 Sep 16-30 26 44 29 40 48 25 2019 Sep 3-15 29 38 31 44 49 26 2019 Aug 15-3 26 42 30 41 46 27 2019 Aug 1-14 27 40 29 40 47 28 2019 Jul 15-31 26 41 30 41 46 29 2019 Jul 1-12 29 38 27 45 44 30 2019 Jun 19-30 27 41 29 42 46 31 2019 Jun 3-16 26 46 27 43 47 32 2019 May 15-3 27 45 27 40 50 33 2019 May 1-12 30 38 31 44 45 34 2019 Apr 17-30 29 40 29 45 45 35 2019 Apr 1-9 27 44 26 143 45