Canadians who visit the United States often buy liquor and cigarettes, which are much cheaper in the United States. However, there are limitations. Canadians visiting in the United States for more than 2days are allowed to bring into Canada one bottle of liquor and one carton of cigarettes. A Canada Customs agent has produced the following joint probability distribution of the number of bottles of liquor andthe number of cartons of cigarettes imported by Canadians who have visited the United States for 2 or more days.Bottles of LiquorCartons of Cigarettes10.620.1710.070.14A. Find the marginal probability distribution of the number of bottles imported.P(0 Bottles) = 0.69P(1 Bottle) = 0.31B. Find the marginal probability distribution of the number of cigarette cartons imported.P(0 Cartons) = 0.79P(1 Carton) = 0.21%3DC. Compute the mean and variance of the number of bottles of liquor imported.Мean %3D0.31Variance =D. Compute the mean and variance of the number of cigarette cartons imported.Mean =0.21VarianceE. Compute the covariance and the coefficient of correlation.Covariance =Coefficient of Correlation =

Note: Hi, thank you for the question. As per our company guideline we are supposed to answer only…

Canadians who visit the United States often buy liquor and cigarettes, which are much cheaper in the United States. However, there are limitations. Canadians visiting in the United States for more than 2 days are allowed to bring into Canada one bottle of liquor and one carton of cigarettes. A Canada Customs agent has produced the following joint probability distribution of the number of bottles of liquor and the number of cartons of cigarettes imported by Canadians who have visited the United States for 2 or more days. Bottles of Liquor Cartons of Cigarettes 0.62 0.17 0.07 0.14 A. Find the marginal probability distribution of the number bottles imported. P(0 Bottles) = 0.69 P(1 Bottle) = 0.31 B. Find the marginal probability distribution of the number of cigarette cartons imported. P(0 Cartons) = 0.79 P(1 Carton) = 0.21 C. Compute the mean and variance of the number of bottles of liquor imported. Mean = 0.31 Variance =

Canadians who visit the United States often buy liquor and cigarettes, which are much cheaper in the United States. However, there are limitations. Canadians visiting in the United States for more than 2 days are allowed to bring into Canada one bottle of liquor and one carton of cigarettes. A Canada Customs agent has produced the following joint probability distribution of the number of bottles of liquor and the number of cartons of cigarettes imported by Canadians who have visited the United States for 2 or more days. Bottles of Liquor Cartons of Cigarettes 0.62 0.17 0.07 0.14 A. Find the marginal probability distribution of the number bottles imported. P(0 Bottles) = 0.69 P(1 Bottle) = 0.31 B. Find the marginal probability distribution of the number of cigarette cartons imported. P(0 Cartons) = 0.79 P(1 Carton) = 0.21 C. Compute the mean and variance of the number of bottles of liquor imported. Mean = 0.31 Variance =

Holt Mcdougal Larson Pre-algebra: Student Edition 2012

1st Edition

ISBN:9780547587776

Author:HOLT MCDOUGAL

Publisher:HOLT MCDOUGAL

Chapter11: Data Analysis And Probability

Section11.8: Probabilities Of Disjoint And Overlapping Events

Problem 2C

See similar textbooks