It is defined as the linear ordering or arrangement of the elements of a given set of objects.a. Permutation_2. Defined as the arrangement of the elements of objects of a given set regardless of their order.b. Combinationc. Probabilityd. Statisticsa.Permutationb. Combinationc. Probability3. It is the ratio of an event that compares the number of favorable outcomes to the number of possibled. Statisticsoutcomes.a. Permutationb. Combinationc. Probabilityd. StatisticsFor numbers 4 -5. Five persons enter a twelve seater passenger jeep. In how many ways can they be seated?4. What is the correct permutation of the problem?a. P(S, 12)5. How many ways can they be seated?b. P(12,5)c. P(5,5)d. P(12,12)a. 95,040b. 94,050c. 55,040d. 54,050For numbers 6- 9. In how many ways 5 persons can be seated in row if:6. There are six 6 chairs: What is correct representation of the permutation?a. P(5,5)b. P(6,6)c. P(6,5)d. P(5,6)7. How many ways will they be seated?b. 710a. 700c. 720d. 7308. There are 6 chairs and 2 persons insist on sitting beside each other? What is the correct representation?a. P(6,4) x P(6,2)9. What is the permutation in number 8?a. 10,800b. P(6,4) + P(6,2)b. 390

As we know P(n, k) = (n!) /(n-k)!

Answered: ördering or arrangement of the elements…

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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25. A couple has three children and X is the number of boys. a. List the elements in the sample space (outcomes). b. List the values for X for each of the outcomes. c. Find the probability distribution for X. P(X = x)
Your company bids for two contracts. You believe the probability that you get contract #1 is 0.7. If you get contract #1, the probability you also get contract #2 will be 0.3, and if you do not get contract #1, the probability that you get contract #2 will be 0.2. Complete parts a through e below. Question content area bottom Part 1 a) Are the outcomes of the two contracts bids independent? Explain. b) Find the probability you get both contracts. c) Find the probability you get neither contracts. d) Let X be the number of contracts you get. Find the probability model for X. x 0 1 2 P(x) e) Find the expected value and standard deviation of X.
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40
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Role-playing games like Dungeons & Dragons use many different types of dice. Suppose that a four-sided die has faces marked 1, 2, 3, and 4. The intelligence of a character is determined by rolling this die twice and adding 1 to the sum of the spots. The faces are equally likely, and the two rolls are independent. What is the average (mean) intelligence for such characters?
12. Give the equations that represent each situation. For Independent Events: P(AN B) = P(AU B) =, For Mutually Exclusive Events: P(AN B) = P(AU B) = For Dependent Events: P(AN B) = P(A U B) =
1) The question screenshot is attached down below just need final answer.
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