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You are the manager of a restaurant for a fast-food franchise

You are the manager of a restaurant for a fast-food franchise To Purchase This Material Click below Link http://www.tutorialoutlet.com/all-miscellaneous/you-are-the-manager-of-a-restaurant-for-a-fast-food-franchise-last-month-the-mean-waiting-time-at-thedrive-through-window-for-branches-in-your-geographical-region-as-measured-from-the-time FOR MORE CLASSES VISIT www.tutorialoutlet.com You are the manager of a restaurant for a​ fast-food franchise. Last​ month, the mean waiting time at the​drive-through window for branches in your geographical​ region, as measured from the time a customer places an order until the time the customer receives the​ order, was 3.7 minutes. You select a random sample of 81 orders. The sample mean waiting time is 3.43 ​minutes, with a sample standard deviation of 0.9 minute. Complete parts​ (a) and​ (b) below. a. At the 0.10 level of​ significance, is there evidence that the population mean waiting time is different from 3.7 min...

You are presented with the following reports estimating the mean increase in monthly household spending on gasoline over the past six months

You are presented with the following reports estimating the mean increase in monthly household spending on gasoline over the past six months To Purchase This Material Click below Link http://www.tutorialoutlet.com/all-miscellaneous/you-are-presented-with-the-following-reports-estimating-the-mean-increase-in-monthly-household-spending-on-gasoline-over-the-past-six-months/ FOR MORE CLASSES VISIT www.tutorialoutlet.com You are presented with the following reports estimating the mean increase in monthly household spending on gasoline over the past six months. Determine which report you find most convincing and explain your reasoning. 1. Based on a simple radom sample of 15​ households, we are​ 98% confident that the mean increase in monthly household spending on gasoline over the past six months is between​ $43.65 and​ $58.93. 2. Based on a simple random sample of 52​ households, we are​ 95% confident that the mean increase in monthly household spending on ga...

write a program that uses a structure named MovieData to store the following information about a movie

write a program that uses a structure named MovieData to store the following information about a movie To Purchase This Material Click below Link http://www.tutorialoutlet.com/all-miscellaneous/write-a-program-that-uses-a-structure-named-moviedata-to-store-the-following-information-about-a-movie/ FOR MORE CLASSES VISIT www.tutorialoutlet.com 1- write a program that uses a structure named MovieData to store the following information about a movie: o Title o Director o Year Released o Running Time (in minutes) 2- The program should create 2 MovieData variables, store values in their members, and pass each one, in turn, to a function that displays the information about the movie in a clearly formatted manner. use the C++ language. I want to create structure to store the information about the movies please follow the requirements above thanks

What is the probability that the product of the two rolls is at most 5 given that the first one is an even number

What is the probability that the product of the two rolls is at most 5 given that the first one is an even number To Purchase This Material Click below Link http://www.tutorialoutlet.com/all-miscellaneous/what-is-the-probability-that-the-product-of-the-two-rolls-is-at-most-5-given-that-the-first-one-is-an-even-number/ FOR MORE CLASSES VISIT www.tutorialoutlet.com Consider rolling a fair 6-faced die twice. Let A be the event that the product of the two rolls is at most 5, and B be the event that the first one is an even number. (a) What is the probability that the product of the two rolls is at most 5 given that the first one is an even number? Show all work. Just the answer, without supporting work, will receive no credit. (b) Are event A and event B independent? Explain.

What is the probability that all three randomly selected households own a van

What is the probability that all three randomly selected households own a van To Purchase This Material Click below Link http://www.tutorialoutlet.com/all-miscellaneous/what-is-the-probability-that-all-three-randomly-selected-households-own-a-van/ FOR MORE CLASSES VISIT www.tutorialoutlet.com Suppose that a recent poll of American households about car ownership found that for households with a​ car, 39% owned a​ sedan, 33% owned a​ van, and​ 7% owned a sports car. Suppose that three households are selected randomly and with replacement. What is the probability that all three randomly selected households own a​ van? (Round to the nearest​ thousandth)

We wish to determine a regression equation that relates the length of an infant(in cm) to age(in days)

We wish to determine a regression equation that relates the length of an infant(in cm) to age(in days) To Purchase This Material Click below Link http://www.tutorialoutlet.com/all-miscellaneous/we-wish-to-determine-a-regression-equation-that-relates-the-length-of-an-infant-in-cm-to-age-in-days-gender-and-weight-at-birth-in-kg/ FOR MORE CLASSES VISIT www.tutorialoutlet.com We wish to determine a regression equation that relates the length of an infant(in cm) to age(in days), gender and weight at birth(in kg). Below is portion of the regression analysis derived using stat. *Note: under the gender variable: male and female categories are assigned a value of 1 and 0, respectively. Source SS degrees of freedom Model 316.8866 3 Residual 71.4734 8 Coefficient Standard Error Age 0.4798 0.0980 Weight 0.4020 1.0454 gender 1.3113 1.9591 cons 19.53            7.7829 Question. a. ...

We want to estimate the skid distance of a Firestone radial tire of known tread design

We want to estimate the skid distance of a Firestone radial tire of known tread design To Purchase This Material Click below Link http://www.tutorialoutlet.com/all-miscellaneous/we-want-to-estimate-the-skid-distance-of-a-firestone-radial-tire-of-known-tread-design-suppose-we-have-computed-the-population-mean-and-variance-to-be-50-feet-and-25-feet-squared/ FOR MORE CLASSES VISIT www.tutorialoutlet.com We want to estimate the skid distance of a Firestone radial tire of known tread design. Suppose we have computed the population mean and variance to be 50 feet and 25 feet-squared. (a) Compute the minimum sample size required for a 95 percent-confidence margin of error of two inches on the mean skid distance.            (b) If we test 50 tires and find the sample mean is 52.3 feet, form an interval estimate for the population mean.