puzzle

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Across
  1. 5. Arranging eplpoe, gtiids, uemsbrn, habptslea, (etlrtse), and luocors are examples of permutations. [arrange the jumbled letters with parentheses]
  2. 6. Arranging eplpoe, gtiids, (uemsbrn), habptslea, etlrtse, and luocors are examples of permutations. [arrange the jumbled letters with parentheses]
  3. 8. P (9, 2)
  4. 9. Arranging (eplpoe), gtiids, uemsbrn, habptslea, etlrtse, and luocors are examples of permutations. [arrange the jumbled letters with parentheses]
  5. 12. Arranging eplpoe, gtiids, uemsbrn, (habptslea), etlrtse, and luocors are examples of permutations. [arrange the jumbled letters with parentheses]
  6. 13. P (2, 2)
  7. 14. notations is a function that multiplies a number by every number below it.
  8. 15. P (10, 2)
  9. 16. ___________ is a branch of applied mathematics that involves the collection, description, analysis, and inference of conclusions from quantitative data.
  10. 18. P (6, 2)
  11. 20. Arranging eplpoe, (gtiids), uemsbrn, habptslea, etlrtse, and luocors are examples of permutations. [arrange the jumbled letters with parentheses]
  12. 22. Arranging eplpoe, gtiids, uemsbrn, habptslea, etlrtse, and (luocors) are examples of permutations. [arrange the jumbled letters with parentheses]
  13. 26. The formula for ______________ is: nPr = n!/(n-r)!
  14. 28. C (12, 1)
  15. 29. Put (things) in a neat, attractive, or required order.
  16. 30. is the smallest positive power of the element which gives you the identity element.
Down
  1. 1. A ____________ is an ordered list of numbers (or other elements like geometric objects), that often follow a specific pattern or function.
  2. 2. an ________ of a set is any one of the distinct objects that belong to that set.
  3. 3. ______________ Permutations are permutations (or arrangements) that can be distinguished from one another.
  4. 4. P (4, 3)
  5. 7. C (10, 8)
  6. 9. ____________ is the measure of the likelihood that an event will occur in a Random Experiment.
  7. 10. It is a mathematical calculation of the number of ways a particular set can be arranged, where the order of the arrangement matters.
  8. 11. The formula for combinations is: nCr = n!/[r!
  9. 17. _____________ permutation is the total number of ways in which n distinct objects can be arranged around a fix circle.
  10. 19. It is a mathematical technique that determines the number of possible arrangements in a collection of items where the order of the selection does not matter.
  11. 21. Used in probability to refer to the result of an event.
  12. 23. A _____ is commonly represented as a list of all its members enclosed in braces.
  13. 24. C (7, 6)
  14. 25. P (7, 2)
  15. 27. C (7, 5)