Stat key Link : http://www.lock5stat.com/StatKey/randomization_1_cat/randomization_1_cat.html

I believe I have the answers for part 1A

Question set 1 B: In a random sample of 200 Baby Boomers, 40 said they had a tattoo. Using the five steps from the online notes, conduct a randomization test to address the research question above. Be sure to include your relevant StatKey output. Part 1.B Step 1: Determine what type of test you need to conduct and write the hypotheses. Type of test: Hypotheses: HO:HO: Ha: Step 2: Construct a randomization distribution under the assumption that the null hypothesis is true. Take at least 5000 resamples. Step 3: Use the randomization distribution to find the p-value. Step 4: Decide if you should reject or fail to reject the null hypothesis. Step 5: State a real-world conclusion in relation to the original research question. View keyboard shortcutshere goal is to hack s An are specified valve Ill or not So we need Dropomson z dent. Anserg : Al : Tone of teat : One 2 - tegt where p : love provision have a whom 82 : Sleps in Slatkes : From main page, select "Test for single proportion count = 4, Sample size = 214, Ofed 5 Amer on "Generate "IIll samples" - " Check the how "Highd to!" -> Select the default cmtoy / valve 1.26, and enter cutof; E for FMIQuestion Set 1: Baby Boomers with Tattoos In this question set you will use StatKey to conduct two different randomization tests. These data are not built in to StatKey, so you will need to "Edit Data" to manually enter them. For each part of this question set, use the following research question: Do more than 10% of all American Baby Boomers have a tattoo? Question set 1 A: In a random sample of 20 Baby Boomers, 4 said they had a tattoo. Using the five steps from the online notes, conduct a randomization test to address the research question above. Be sure to include your relevant StatKey output. Part 1.A Step 1: Determine what type of test you need to conduct and write the hypotheses. Type of test: Hypotheses: HO:HO: Ha:Ha: Step 2: Construct a randomization distribution under the assumption that the null hypothesis is true. Take at least 5000 resamples. Step 3: Use the randomization distribution to find the p-value. Step 4: Decide if you should reject or fail to reject the null hypothesis. Step 5: State a real-world conclusion in relation to the original research