There is convincing statistical evidence to suggest that the proportion of customers who order dessert ateach restaurant is the same based on family classification.There is convincing statistical evidence to suggest that the proportion of customers who order dessert ateach restaurant is not the same based on family classification.There is not convincing statistical evidence to prove that the proportion of customers who order dessert ateach restaurant is not the same based on family classification.There is not convincing statistical evidence to suggest that the proportion of customers who order dessert ateach restaurant is the same based on family classification.There is not convincing statistical evidence to suggest that the proportion of customers who order dessert at(Eeach restaurant is not the same based on family classification. The district manager of four different restaurants wanted to investigate whether the four restaurants differed7.with respect to customers ordering dessert or not based on family classification (with children or withoutchildren). Independent random samples of 100 customers who ordered dessert were selected from eachrestaurant, and the customers were identified as either being with children or without children. Afterverifying the conditions for the appropriate hypothesis test, the manager calculated a chi-square test statisticof 6.45 with an associated P-value of 0.092. Based on the p-value and a = 0.05, what conclusion shouldthe manager make regarding the proportion of customers who order dessert at each restaurant and thecustomers' family classification?

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Description: There is convincing statistical evidence to suggest that the proportion of customers who order dessert ateach restaurant is the same based on family classification.There is convincing statistical evidence to suggest that the proportion of customers

It is given that the p-value is 0.092 and the level of significance is 0.05.

Math

Statistics

The district manager of four different restaurants wanted to investigate whether the four restaurants differed with respect to customers ordering dessert or not based on family classification (with children or without children). Independent random samples of 100 customers who ordered dessert were selected from each restaurant, and the customers were identified as either being with children or without children. After verifying the conditions for the appropriate hypothesis test, the manager calculated a chi-square test statistic of 6.45 with an associated P-value of 0.092. Based on the P-value and a = 0.05, what conclusion should the manager make regarding the proportion of customers who order dessert at each restaurant and the customers' family classification?

The district manager of four different restaurants wanted to investigate whether the four restaurants differed with respect to customers ordering dessert or not based on family classification (with children or without children). Independent random samples of 100 customers who ordered dessert were selected from each restaurant, and the customers were identified as either being with children or without children. After verifying the conditions for the appropriate hypothesis test, the manager calculated a chi-square test statistic of 6.45 with an associated P-value of 0.092. Based on the P-value and a = 0.05, what conclusion should the manager make regarding the proportion of customers who order dessert at each restaurant and the customers' family classification?

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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