YearPercentYearPercent192050.5198019.3193047.5199016.4194041.8200017.5195043.2201023.6196033.4202027.4197022.3203028.1PrintDoneCheck AThe table below gives the percent of men 65 years or older in the workforce for selected years from 1920 and projected to 2030. Complete parts a and b below.Click to view the table of the percentages.a) With x=0 representing 1900, find the cubic function that models the data. Report the model with coefficients to six decimal places.y=MIPU

The cubic model that models our data is; y = a + bx + cx2 + dx3 Here since x = 0 represents 1900…

Year Percent Year Percent 1920 50.5 1980 19.3 1930 47.5 1990 16.4 1940 41.8 2000 17.5 1950 43.2 2010 23.6 1960 33.4 2020 27.4 1970 22.3 2030 28.1 Print Done Check A The table below gives the percent of men 65 years or older in the workforoe for selected years from 1920 and projected to 2030. Complete parts a and b below. Click to view the table of the percentages. a) With x 0 representing 1900, find the cubic function that models the data Report the model with coeficients to six decimal places.

Year Percent Year Percent 1920 50.5 1980 19.3 1930 47.5 1990 16.4 1940 41.8 2000 17.5 1950 43.2 2010 23.6 1960 33.4 2020 27.4 1970 22.3 2030 28.1 Print Done Check A The table below gives the percent of men 65 years or older in the workforoe for selected years from 1920 and projected to 2030. Complete parts a and b below. Click to view the table of the percentages. a) With x 0 representing 1900, find the cubic function that models the data Report the model with coeficients to six decimal places.

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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