The image presents a table showing projections for the female population of a country, measured in millions. It provides the following data:- In the year 2025, the female population is projected to be 197 million.- In the year 2045, the projected female population is 240 million.- In the year 2060, the projected female population is 272 million.Below the table, the task is to determine a function that represents the female population (in millions) as a function of year $ x $, where $ x=0 $ corresponds to the year 2000. The goal is to use this function to estimate the female population in the year 2030.

Answered: Image /qna-images/answer/2dd0bca9-8aa1-455b-966b-03fbbae35685.jpg

Answered: 3.) The table shows projections for…

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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Similar questions

The population of a Ukrainian village is currently 500. Based on the observed growth of the population in past years it is estimated that after 1 year the population will be 600. Similarly, it is estimated that after 2 and 3 years, the population of the village will be 720 and 864 respectively.Which function describes the relationship between year and the village population?
What is an increasing function?
A class has two options to pass the class: either the homework grade is at least 60% or the final exam grade is at least 60%. If the homework grades are listed starting in A2 and final exam grades are listed in B2, which function would identify passing students? Group of answer choices =IF(OR(A2>=60,B2>=60),pass, fail) =IF(A2>=60, "pass", "fail") =OR(A2,B2) =IF(OR(A2>=60,B2>=60), "pass", "fail")
Level curves (isothermals) are shown for the water temperature (in °C) in Long Lake (Minnesota) in 1998 as a function of depth and time of year. Estimate the temperature in the lake on October 7 (day 280) at a depth of 5 m and on June 9 (day 160) at a depth of 10 m. X°C (day 280 and depth 5 m) X°C (day 160 and depth 10 m) Enter a number. Depth (m) 0 sti 10- 15+ 12 16 + 120 20 160 20 Day of 1998 16 200 240 280
The consumption function captures one of the key relationships in economics. It expresses consumption as a function of disposal income, where disposable income is income after taxes. The attached file “Quiz_dataset2” shows data of average US annual consumption (in $) and disposable income (in $) for the years 2000 to 2016. What is the predicted consumption if the disposable income is $30,000? Select one: a. 2365.7 b. None of the above c. 32645.9 d. 2365.6

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