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this graph is misleading because it doesn't account for population size, and it is also only counting confirmed cases specifically.

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This graph at first makes it seem like there is an exponential difference between the years but on the second graph when it gives you a different look at the percentages it's very close together, there is basically no change at all.

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you can see in the graphic that it shows that after the reopening day it only went up 100 but that isn't true

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You can see in the graphic  that the dates are wrong.

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The places on the graph that have the highest infection rate also have the highest testing rate

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In this graphic, the period of time is not listed. You can see the amount of deaths, but not when the person passed. The death rate looks really bad, but you do not know if this is over a period of months, years, weeks, or even days.

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If you look at the Y axis, it shows it scrunching the curve so it makes the graph look like we are getting better when in reality we are just getting worse.

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This graph shows the total cases throughout the state of Arizona, but doesn't have a y axis.

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Same video that is posted on the Canvas page. Just want to make sure you watch it first before doing the assignment

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Miss J's
The key in the 2 graphs are different. This makes it look like the case numbers didn't increase over a 2 week times period. They actually did increase.

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In this example, the graphs have been set up in a way that looks like the numbers are decreasing. If you better examine the x-axis, you will see that the dates are not in numerical order.