Across
- 4. has infinitely many values
- 6. you can calculate the # of permutations of n individuals taken r at a time using the multiplication counting principle or the formula
- 7. a set of individuals chosen from some group in which the order of selection doesn't matter
- 8. a distinct arrangement of some group of individuals where order matters
- 10. cross over each other (circles)
- 12. a # between 0 and 1 that describes the proportion of times the outcome would occur in a very large # of repetitions
- 13. any collection of outcomes from some chance process
- 16. the notation np, represents the # of different permutations of r individuals selected from the entire group of n individuals
- 18. consists of one or more circles surrounded by a rectangle. Each circle represents an event
- 19. takes numeric values that describe the outcome of a chance process
- 20. a description of some chance process that consists of 2 parts: a list of all possible outcomes and the probability for each outcome
Down
- 1. shows the sample space of a chance process involving multiple stages
- 2. you can calculate the # of combinations n individuals taken r at a time using the multiplication counting principle
- 3. if we observe more and more repetitions of any chance process, the proportions of times that a specific outcome occurs approaches its probability
- 5. have no outcomes in common and never occur together
- 9. imitates a chance process in a way that accurately models real-world outcomes
- 11. list of all possible outcomes
- 14. circles combine to make new space
- 15. the probability that one event happens given that another event is known to have happened
- 17. the product of the integers starting with n and going down to 1