![]() However, nowadays there are other online options to produce elegant graphing and. Question: Nathan makes 60% of his free-throw attempts. Most secondary math classes require the use of a Ti-84 graphing calculator. 60, 10) = 0.0196 Example 5: Binomial probability of at least x successes #DESMOS GRAPHING CALCULATOR TI 84 FREE#If he shoots 12 free throws, what is the probability that he makes more than 10?Īnswer: Use the function 1 – binomialcdf(n, p, x):ġ – binomialcdf(12. Question: Nathan makes 60% of his free-throw attempts. 60, 10) = 0.9804 Example 4: Binomial probability of more than x successes So begin with ‘y,’ as it allows you to finish the equation. ![]() You must have found many equation lists on the viewing window. The first and foremost important step is turning off stat plots, and it necessary completely. #DESMOS GRAPHING CALCULATOR TI 84 HOW TO#If he shoots 12 free throws, what is the probability that he makes at most 10?Īnswer: Use the function binomialcdf(n, p, x):īinomialcdf(12. How to Graph on Graphing Calculator TI-84. 60, 9) = 0.9166 Example 3: Binomial probability of at most x successes If he shoots 12 free throws, what is the probability that he makes less than 10?Īnswer: Use the function binomialcdf(n, p, x-1):īinomialcdf(12. 60, 10) = 0.0639 Example 2: Binomial probability of less than x successes If he shoots 12 free throws, what is the probability that he makes exactly 10?Īnswer: Use the function binomialpdf(n, p, x):īinomialpdf(12. Example 1: Binomial probability of exactly x successes The following examples illustrate how to use these functions to answer different questions. This will take you to a DISTR screen where you can then use binompdf() and binomcdf(): ![]()
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