You go to a restaurant in Berkeley and have dinner, and there are 25 different items on the menu. 10 of the items have pasta. Of these, 2 have cheese in the dish and 8 do not have cheese in the dish. Of the 15 items that do not have pasta, 10 have cheese in the dish and 5 do not have cheese in the dish. If you choose an item at random, are the events "getting pasta" and "getting an item with cheese" independent? Group of answer choices no, because the two events describe different variables yes, because the two events change each other's chances yes, because the two events describe different variables no, because the two events change each other's chances
You go to a restaurant in Berkeley and have dinner, and there are 25 different items on the menu. 10 of the items have pasta. Of these, 2 have cheese in the dish and 8 do not have cheese in the dish. Of the 15 items that do not have pasta, 10 have cheese in the dish and 5 do not have cheese in the dish. If you choose an item at random, are the events "getting pasta" and "getting an item with cheese" independent? Group of answer choices no, because the two events describe different variables yes, because the two events change each other's chances yes, because the two events describe different variables no, because the two events change each other's chances
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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You go to a restaurant in Berkeley and have dinner, and there are 25 different items on the menu.
10 of the items have pasta. Of these, 2 have cheese in the dish and 8 do not have cheese in the dish.
Of the 15 items that do not have pasta, 10 have cheese in the dish and 5 do not have cheese in the dish.
If you choose an item at random, are the
Group of answer choices
no, because the two events describe different variables
yes, because the two events change each other's chances
yes, because the two events describe different variables
no, because the two events change each other's chances
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