just the graph, and choose "Binomial." The defa of success on each trial. From 8 - 12 success are highlighted, with total probability 0.7 to see this. To the right of the graph, the probabilities for exactly k successes are sho or a screenshot. = probabilitý that the number of success is within some range of values, select the corm the endpoint(s). Geogebra always includes the endpoint(s); how to get around this is 20 and p = 0.5, compute the probabilities of the following. Use four decimal places, 6 to 14 successes: Help me! ost 9 suCcesses Help mel

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You can complete this problem using either Minitab or Geogebra, but you will likely find the visualization of Geogebra easier to understand.
Instructions are given here for Geogebra, but you can review the video "Using Minitab with the Binomial Distribution" in D2L under
Content>Statistics Resources>Minitab Tutorials by Dr. Matos to see how to complete the problem using Minitab.
Open Geogebra and choose "Probability Calculator." You can also get to this through the "View" menu. This opens in a new window (the
online/app version may behave differently). The default is a Normal distribution with mean 0 and standard deviation 1 (the Standard Normal).
Select Normal from the drop-down menu just below the graph, and choose "Binomial." The default is n = 20 observations/trials with p = 0.5
probability of success on each trial. From 8 - 12 success are highlighted, with total probability 0.7368. You might have to resize the bottom part of
the display to see this. To the right of the graph, the probabilities for exactly k successes are shown.
Click here for.a screenshot.
....
> Part 1:
Part 21
To find the probability that the number of success is within some range of values., select the correct type of interval (two-sided is the default)
and enter the endpoint(s). Geogebra always includes the endpoint(s) how to get around this is shown in the next section.
Keeping n = 20 and p = 0.5, compute the probabilities of the following. Use four decimal places, and do not convert to percent.
From 6 to 14 successes:
Help me!
重 新 新
• At most 9 successes:
Help me!
種連量經
• 10 or more successes:
Help me!
廳
Transcribed Image Text:You can complete this problem using either Minitab or Geogebra, but you will likely find the visualization of Geogebra easier to understand. Instructions are given here for Geogebra, but you can review the video "Using Minitab with the Binomial Distribution" in D2L under Content>Statistics Resources>Minitab Tutorials by Dr. Matos to see how to complete the problem using Minitab. Open Geogebra and choose "Probability Calculator." You can also get to this through the "View" menu. This opens in a new window (the online/app version may behave differently). The default is a Normal distribution with mean 0 and standard deviation 1 (the Standard Normal). Select Normal from the drop-down menu just below the graph, and choose "Binomial." The default is n = 20 observations/trials with p = 0.5 probability of success on each trial. From 8 - 12 success are highlighted, with total probability 0.7368. You might have to resize the bottom part of the display to see this. To the right of the graph, the probabilities for exactly k successes are shown. Click here for.a screenshot. .... > Part 1: Part 21 To find the probability that the number of success is within some range of values., select the correct type of interval (two-sided is the default) and enter the endpoint(s). Geogebra always includes the endpoint(s) how to get around this is shown in the next section. Keeping n = 20 and p = 0.5, compute the probabilities of the following. Use four decimal places, and do not convert to percent. From 6 to 14 successes: Help me! 重 新 新 • At most 9 successes: Help me! 種連量經 • 10 or more successes: Help me! 廳
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