Determine whether the events E and F are independent or dependent. Justify your answer. .... (a) E:A person attaining a position as a professor. F: The same person attaining a PhD. O A. E and F are independent because attaining a position as a professor has no effect on the probability of a person attaining a PhD. O B. E and F are dependent because attaining a PhD can affect the probability of a person attaining a position as a professor. O C. E and F are independent because attaining a PhD has no effect on the probability of a person attaining a position as a professor. O D. E and F are dependent because attaining a position as a professor has no effect on the probability of a person attaining a PhD. (b) E: A randomly selected person coloring her hair black. F:A different randomly selected person coloring her hair blond. O A. E can affect the probability of F, even if the two people are randomly selected, so the events are dependent. O B. E can affect the probability of F because the people were randomly selected, so the events are dependent. O C. E cannot affect F and vice versa because the people were randomly selected, so the events are independent. O D. E cannot affect F because "person 1 coloring her hair black" could never occur, so the events are neither dependent nor independent. (c) E: The unusually foggy weather in London on May 8. r. TL-
Determine whether the events E and F are independent or dependent. Justify your answer. .... (a) E:A person attaining a position as a professor. F: The same person attaining a PhD. O A. E and F are independent because attaining a position as a professor has no effect on the probability of a person attaining a PhD. O B. E and F are dependent because attaining a PhD can affect the probability of a person attaining a position as a professor. O C. E and F are independent because attaining a PhD has no effect on the probability of a person attaining a position as a professor. O D. E and F are dependent because attaining a position as a professor has no effect on the probability of a person attaining a PhD. (b) E: A randomly selected person coloring her hair black. F:A different randomly selected person coloring her hair blond. O A. E can affect the probability of F, even if the two people are randomly selected, so the events are dependent. O B. E can affect the probability of F because the people were randomly selected, so the events are dependent. O C. E cannot affect F and vice versa because the people were randomly selected, so the events are independent. O D. E cannot affect F because "person 1 coloring her hair black" could never occur, so the events are neither dependent nor independent. (c) E: The unusually foggy weather in London on May 8. r. TL-
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
Related questions
Question
13. What’s are the answers to a,b, and c
 alt="SA. E can affect the probability of F, even if the two people are randomly selected, so the events are dependent.
O B. E can affect the probability of F because the people were randomly selected, so the events are dependent.
O C. E cannot affect F and vice versa because the people were randomly selected, so the events are independent.
O D. E cannot affect F because "person 1 coloring her hair black" could never occur, so the events are neither dependent nor independent.
(c)
E: The unusually foggy weather in London on May 8.
F: The number of car accidents in London on May 8.
O A. The number of car accidents in London on May 8 could affect the unusually foggy weather in London on May 8, so E and F are dependent.
O B. The unusually foggy weather in London on May 8 could affect the number of car accidents in London on May 8, so E and F are dependent.
O C. The unusually foggy weather in London on May 8 could not affect the number of car accidents in London on May 8, so E and F are independent.
O Type here to search
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Transcribed Image Text:SA. E can affect the probability of F, even if the two people are randomly selected, so the events are dependent.
O B. E can affect the probability of F because the people were randomly selected, so the events are dependent.
O C. E cannot affect F and vice versa because the people were randomly selected, so the events are independent.
O D. E cannot affect F because "person 1 coloring her hair black" could never occur, so the events are neither dependent nor independent.
(c)
E: The unusually foggy weather in London on May 8.
F: The number of car accidents in London on May 8.
O A. The number of car accidents in London on May 8 could affect the unusually foggy weather in London on May 8, so E and F are dependent.
O B. The unusually foggy weather in London on May 8 could affect the number of car accidents in London on May 8, so E and F are dependent.
O C. The unusually foggy weather in London on May 8 could not affect the number of car accidents in London on May 8, so E and F are independent.
O Type here to search
Hi
W
I01
50
24
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(C)
5
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
Transcribed Image Text:Determine whether the events E and F are independent or dependent. Justify your answer.
(a)
E: A person attaining a position as a professor.
F: The same person attaining a PhD.
O A. E and F are independent because attaining a position as a professor has no effect on the probability of a person attaining a PhD.
OB. E and F are dependent because attaining a PhD can affect the probability of a person attaining a position as a professor.
OC. E and F are independent because attaining a PhD has no effect on the probability of a person attaining a position as a professor.
O D. E and F are dependent because attaining a position as a professor has no effect on the probability of a person attaining a PhD.
(b) E: A randomly selected person coloring her hair black.
F: A different randomly selected person coloring her hair blond.
O A. E can affect the probability of F, even if the two people are randomly selected, so the events are dependent.
O B. E can affect the probability of F because the people were randomly selected, so the events are dependent.
OC. E cannot affect F and vice versa because the people were randomly selected, so the events are independent.
O D. E cannot affect F because "person 1 coloring her hair black" could never occur, so the events are neither dependent nor independent.
(c)
E: The unusually foggy weather in London on May 8.
P Type here to search
近
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