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1. Drive the expression with Venn diagram for AUBUC, if A, B and C of are (1. mutually exclusive events, 2. Not. mutually exclusive events) • AUBUCUD, if A, B,C and D of are (1. mutually exclusive events, 2. Not . mutually exclusive events) 2. A fair die is rolled a. Find that the number rolled is a five, given that it is odd b. Find the probability that the number rolled is odd, given that it is a five 3. In a sample of 902 individuals under 40 who were previously married, each person was classified according to gender and age at first married. The result are summarized in the following two-way classification table: M F Total E 43 82 125 W H Total 293 114 450 299 71 452 592 185 902 Where M is male, F is female, E is a teenager when they first married, W was in one's twenties when they first married, and H was in their thirties when they first married. a. Find the probability that the individual selected was a teenager at first marriage. b. Find the probability that the individual was a teenager at first married, given that the person is male.

1. Drive the expression with Venn diagram for AUBUC, if A, B and C of are (1. mutually exclusive events, 2. Not. mutually exclusive events) • AUBUCUD, if A, B,C and D of are (1. mutually exclusive events, 2. Not . mutually exclusive events) 2. A fair die is rolled a. Find that the number rolled is a five, given that it is odd b. Find the probability that the number rolled is odd, given that it is a five 3. In a sample of 902 individuals under 40 who were previously married, each person was classified according to gender and age at first married. The result are summarized in the following two-way classification table: M F Total E 43 82 125 W H Total 293 114 450 299 71 452 592 185 902 Where M is male, F is female, E is a teenager when they first married, W was in one's twenties when they first married, and H was in their thirties when they first married. a. Find the probability that the individual selected was a teenager at first marriage. b. Find the probability that the individual was a teenager at first married, given that the person is male.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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1. Drive the expression with Venn diagram for AUBUC, if A, B and C of are (1. mutually exclusive events, 2. Not. mutually exclusive events) • AUBUCUD, if A, B,C and D of are (1. mutually exclusive events, 2. Not . mutually exclusive events) 2. A fair die is rolled a. Find that the number rolled is a five, given that it is odd b. Find the probability that the number rolled is odd, given that it is a five 3. In a sample of 902 individuals under 40 who were previously married, each person was classified according to gender and age at first married. The result are summarized in the following two-way classification table: M F Total E 43 82 125 W H Total 293 114 450 299 71 452 592 185 902 Where M is male, F is female, E is a teenager when they first married, W was in one's twenties when they first married, and H was in their thirties when they first married. a. Find the probability that the individual selected was a teenager at first marriage. b. Find the probability that the individual was a teenager at first married, given that the person is male.
Transcribed Image Text:1. Drive the expression with Venn diagram for AUBUC, if A, B and C of are (1. mutually exclusive events, 2. Not. mutually exclusive events) • AUBUCUD, if A, B,C and D of are (1. mutually exclusive events, 2. Not . mutually exclusive events) 2. A fair die is rolled a. Find that the number rolled is a five, given that it is odd b. Find the probability that the number rolled is odd, given that it is a five 3. In a sample of 902 individuals under 40 who were previously married, each person was classified according to gender and age at first married. The result are summarized in the following two-way classification table: M F Total E 43 82 125 W H Total 293 114 450 299 71 452 592 185 902 Where M is male, F is female, E is a teenager when they first married, W was in one's twenties when they first married, and H was in their thirties when they first married. a. Find the probability that the individual selected was a teenager at first marriage. b. Find the probability that the individual was a teenager at first married, given that the person is male.
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