A travel agent vigorously promotes cruises to Alaska for several months. The table shows the total (cumulative) sales every 3 weeks since the beginning of the special promotion. Cumulative Sales of Cruise Tickets Sales to Date (tickets) Week 74 4. 198 521 10 1251 13 2442 16 3660 19 4434 22 4751 25 4922 (0) Find function for the logistic model for cumulative sales, where x is the number of weeks, with data from 1sxS 25. (Round all numerical values to three decimal plad Sx) = Why is a logistic model appropriate to model these data? O The data reflect a continual inccrease and a change in concavity, which suggests a logistic model. O The data are concave down with a relative maximum, which suggests a logistic model, O The data are increasing with a constant rate of change, which su9gests a logistic model, O The data show a relative maximum and a relative minimum with changes in concavity, which suggests a logistic model. O The data are concave up with a relative minimum, which suggests a logistic model. (b) Calculate the percentage increase in the number of tickets sold between weeks 1 and 16 and between weeks I and 25. (Round your answers to one decimal place.) between weeks1 and 16 between weeks 1 and 25 Need Help? Read

A travel agent vigorously promotes cruises to Alaska for several months. The table shows the total (cumulative) sales every 3 weeks since the beginning of the special promotion. Cumulative Sales of Cruise Tickets Sales to Date (tickets) Week 74 4. 198 521 10 1251 13 2442 16 3660 19 4434 22 4751 25 4922 (0) Find function for the logistic model for cumulative sales, where x is the number of weeks, with data from 1sxS 25. (Round all numerical values to three decimal plad Sx) = Why is a logistic model appropriate to model these data? O The data reflect a continual inccrease and a change in concavity, which suggests a logistic model. O The data are concave down with a relative maximum, which suggests a logistic model, O The data are increasing with a constant rate of change, which su9gests a logistic model, O The data show a relative maximum and a relative minimum with changes in concavity, which suggests a logistic model. O The data are concave up with a relative minimum, which suggests a logistic model. (b) Calculate the percentage increase in the number of tickets sold between weeks 1 and 16 and between weeks I and 25. (Round your answers to one decimal place.) between weeks1 and 16 between weeks 1 and 25 Need Help? Read

Functions and Change: A Modeling Approach to College Algebra (MindTap Course List)

6th Edition

ISBN:9781337111348

Author:Bruce Crauder, Benny Evans, Alan Noell

Publisher:Bruce Crauder, Benny Evans, Alan Noell

Chapter5: A Survey Of Other Common Functions

Section5.1: Logistic Functions

Problem 17E: World Population The following table shows world population N, in billions, in the given year. Year...

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What does the y -intercept on the graph of a logistic equation correspond to for a population modeled by that equation?
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