MindTap - Cengage Learning X + ng.cengage.com/staticb/ui/evo/index.html?deploymentld=59965222022380235386256775&elSBN=9780357131596&snapshotld=3336166&id=1715664158& Update : CENGAGE | MINDTAP Q Search this course ? 5.5 Practice X Consider a binomial experiment with two trials and p = 0.9. a. Which of the following tree diagrams accurately represents this binomial experiment? 1 . A-Z q once ? 2. 5 3. 'S Tree diagram #1 v b. Compute the probability of one success, f(1) (to 2 decimals). c. Compute f(0) (to 2 decimals).MindTap - Cengage Learning X -> C ang.cengage.com/staticb/ui/evo/index.html? deploymentld=59965222022380235386256775&elSBN=9780357131596&snapshotld=3336166&id=1715664158& Update : CENGAGE | MINDTAP Q Search this course ? 5.5 Practice X A-Z q once 3 . ? Tree diagram #1 b. Compute the probability of one success, f(1) (to 2 decimals). c. Compute f(0) (to 2 decimals). d. Compute f(2) (to 2 decimals). O e. Compute the probability of at least one success (to 2 decimals). f. Compute the following. Expected value (to 2 decimals) Variance (to 2 decimals) Standard deviation (to 4 decimals) Hint() ~. .. WA.. YAY._.1. O Icon Key Exercise 05.31 Algo (Binomial Probability Distribution) Save Submit Assignment for GradingMindTap - Cengage Learning X ng.cengage.com/staticb/ui/evo/index.html?deploymentld=59965222022380235386256775&elSBN=9780357131596&snapshotid=3336166&id=1715664161& Update : > > CENGAGE | MINDTAP Q Search this course ? 5.6 Practice X Assignment: 5.6 Practice Assignment Score: 33.33% Save Submit Assignment for Grading Questions Exercise 05.45 (Poisson Probability Distribution) Question 1 of 2 A - Z Hint(s) Check My Work Consider a Poisson distribution with a mean of two occurrences per time period. a. Which of the following is the appropriate Poisson probability function for one time period? 1 f(x) = 2e ac! ? 2 f(x) =2 2 3 e-2 27 e2 3 f(x) = 2 Equation #1 b. What is the expected number of occurrences in three time periods? X c. Select the appropriate Poisson probability function to determine the probability of a occurrences in three time periods. 1 f(x) = 6* e z! 2 f(x) =be-6 3 f(x) = 6% e-6 z! Equation #3 d. Compute the probability of two occurrences in one time period (to 4 decimals). X e. Compute the probability of six occurrences in three time periods (to 4 decimals). x f. Compute the probability of five occurrences in two time periods (to 4 decimals). X Hide Feedback Partially Correct Hint(s) Check My Work O Icon KeyMindTap - Cengage Learning X ng.cengage.com/staticb/ui/evo/index.html? deploymentld=59965222022380235386256775&elSBN=9780357131596&snapshotld=3336166&id=1715664161& Update : > > CENGAGE | MINDTAP Q Search this course ? 5.6 Practice X Assignment: 5.6 Practice Assignment Score: 33.33% Save Submit Assignment for Grading Questions Exercise 05.45 Algo (Poisson Probability Distribution) Question 2 of 2 A-Z Hint(s) Check My Work Consider a Poisson distribution with a mean of two occurrences per time period. a. Which of the following is the appropriate Poisson probability function for one time period? 1 f(x) = 2e2 ac! ? 2 f(x) = 2 3 e-2 27 e2 3 f(x) = 2 Equation #1 b. What is the expected number of occurrences in three time periods? X c. Select the appropriate Poisson probability function to determine the probability of a occurrences in three time periods. 1 f(x) = 6* e z! 2 f(x) =be-6 3 f(x) = 6% e-6 z! O Equation #3 d. Compute the probability of two occurrences in two time periods (to 4 decimals). X e. Compute the probability of four occurrences in three time periods (to 4 decimals). x f. Compute the probability of six occurrences in one time period (to 4 decimals). X Hide Feedback Partially Correct Hint(s O Icon KeyMindTap - Cengage Learning X ng.cengage.com/staticb/ui/evo/index.html? deploymentld=59965222022380235386256775&elSBN=9780357131596&snapshotid=3336166&id=1715664166& Update : CENGAGE | MINDTAP Q Search this course ? 5.7 Practice X Assignment: 5.7 Practice Assignment Score: 60.00% Save Submit Assignment for Grading Questions Exercise 05.52 (Hypergeometric Probability Distribution) Question 1 of 2 A - Z Hint(s) Check My Work Suppose N = 10 and r = 3. Compute the hypergeometric probabilities for the following values of n and . If the calculations are not possible, please select "not possible" from below drop-downs, and enter 0 in fields. Round your answers, if necessary. a. n = 4, x = 1 (to 2 decimals). possible .50 b. n = 2, x = 2 (to 3 decimals) ? possible n = 2, x = 0 (to 4 decimals). possible d. n = 4, x = 2 (to 2 decimals). possible .30 e. n = 4, x = 4 (to 2 decimals). not possible Hide Feedback Partially Correct Hint(s) Check My Work O- Icon Key Exercise 05.52 (Hypergeometric Probability Distribution) Question 1 of 2 Save Submit Assignment for GradingMindTap - Cengage Learning X ng.cengage.com/staticb/ui/evo/index.html? deploymentld=59965222022380235386256775&elSBN=9780357131596&snapshotid=3336166&id=1715664166& Update : CENGAGE | MINDTAP Q Search this course ? 5.7 Practice X Assignment: 5.7 Practice Assignment Score: 60.00% Save Submit Assignment for Grading Questions Exercise 05.52 Algo (Hypergeometric Probability Distribution) Question 2 of 2 A-Z Hint(s) Check My Work Suppose N = 11 and r = 4. Compute the hypergeometric probabilities for the following values of n and a. If the calculations are not possible, please select "not possible" from below drop-downs, and enter 0 in fields. Round your answers, if necessary. a. n = 4, x = 2 (to 2 decimals) possible b. n = 2, x = 2 (to 3 decimals). possible X n = 3, x = 0 (to 4 decimals). possible d. n = 5, x = 3 (to 2 decimals). possible e. n = 5, x = 5 (to 2 decimals). not possible Hide Feedback Partially Correct Hint(s) Check My Work O- Icon Key Exercise 05.52 Algo (Hypergeometric Probability Distribution) Question 2 of 2 Save Submit Assignment for Grading