a) Explanation Given Information: In 2014 the expenditures were $9,808. The rate of change of health expenditure per capita is d E d t = 41.22 t − 116.4 Calculation: Consider the provided data, In 2014 the expenditures were $9,808 The rate of change of health expenditure per capita is d E d t = 41.22 t − 116.4 So, the function that provides the model of national health expenditures will be, E ( t ) = ∫ 41.22 t − 116.4 d t So, in terms of t the solution comes out to be E ( t ) = 20.61 t 2 − 116 b) To determine To calculate: The national health expenditure per capita in the year 2020 by the use of model.

Mathematical Applications for the Management, Life, and Social Sciences

11th Edition

ISBN: 9781305108042

Author: Ronald J. Harshbarger, James J. Reynolds

Publisher: Cengage Learning

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Chapter 12.1, Problem 51E

To determine

To calculate: The function that provides the model of national health expenditures per capita and if in 2014 the expenditures were $9,808 where the rate of change of health expenditure per capita is dEdt=41.22t−116.4

To determine

To calculate: The national health expenditure per capita in the year 2020 by the use of model.

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Chapter 12.1, Problem 50E

Chapter 12.1, Problem 52E

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Mathematical Applications for the Management, Life, and Social Sciences

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The function that provides the model of national health expenditures per capita and if in 2014 the expenditures were $9,808 where the rate of change of health expenditure per capita is d E d t = 41.22 t − 116.4

Solution Summary: The author calculates the national health expenditure per capita in the year 2020 by the use of model.