![]() On the last line enter in the number of successes desired (x) and the appropriate symbol (>=, =,=). Enter in the number of trials (n) and the probability of success (p). Open statcrunch, click "Stat", "Calculators", and "Binomial". Statcrunch is not useful for this chapter.īinomial distribution: For finding the probability of the number of successes in a certain number of trials. Check the box next to "Draw boxes horizontally". Now that Statcrunch is open, click "Graph" and then "Boxplot". Click "Compute".īoxplot:Click the little box to the right of the data set and select "Open in Statcrunch". Now that Statcrunch is open, click "Stat", "Summary Stats", then "Columns". Mean, median(Q2), standard deviation, variance, minimum, Q1, Q3, maximum:Click the little box to the right of the data set and select "Open in Statcrunch". Just about everything in this chapter can be found using the same procedure in Statcrunch. Now that Statcrunch is open, click "Graph" and then "Stem and Leaf". Stem and Leaf Plot: Click the little box to the right of the data set and select "Open in Statcrunch". Now that Statcrunch is open, click "Graph" and then "Dotplot". Click "Compute".ĭotplot: Click the little box to the right of the data set and select "Open in Statcrunch". Select the two variables for the X variable and Y variable. ![]() Now that Statcrunch is open, click "Graph" and then "Scatter Plot". Scatter plot: Click the little box to the right of the data set and select "Open in Statcrunch". If you ever feel that is lacking in an area, please let me know and I'll do my best to improve it. I will be adding to this site as the semester goes along. I highly recommend using Statcrunch in this course. This webpage is designed to help out with using Statcrunch.
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