This week we will examine the Central Limit Theorem and compare data sets with the Normal Distribution. For all data sets, the original data is the Red Histogram, D20 is the Purple Histogram, and D60 is the Blue Histogram. You may hide the original data (click the red dot) when you share if it is easier to see and/or discuss without it.

Classmates may examine what happens when the sample size increases to 100 or 1000.

Step 1: Choose one of the following data sets. 1) Aneurysm COD variety by state for 2018: https://www.desmos.com/calculator/doavbskbyo(Links to an external site.)

2) Adult Asthma Prevalence by state for 2018: https://www.desmos.com/calculator/fpkdyka2qc(Links to an external site.)

3) Colon Cancer New Cases 2017: https://www.desmos.com/calculator/oee5ry65vo(Links to an external site.)

4) Drug Poisoning Mortality by State for 2018: https://www.desmos.com/calculator/2o13iuzd1r(Links to an external site.) 5) Leukemias Cancer for 2017: https://www.desmos.com/calculator/onyfimnu8u(Links to an external site.)

Step 2: Click the randomization button a few times to get your Graphs.

Click on the magnifying glass symbol next to D60 (optional).

Step 3: Provide the Title of your data set. Your classmates will need access your data for their responses.

Step 4: Embed your graph in the discussion, using the share button from Desmos and the Embed button in the Discussion.

Step 5: Provide a quality paragraph discussing the general shapes of the histograms, how sample size affected the shapes, and comparing them to each other and the Normal Distribution.