Let us say that an equation for deaths in relation to the availability of healthcare services is described by an exponential function (see attached)where D is the number of deaths, H is the number of healthcare services, P is the population in hundred thousands, and a and Θ are constants.Derive a linear (in parameters) equation from the exponential function with ln d as the left-hand side variable and h (healthcare per 100,000 population) on the right-hand side. Please take note that d = D/P (Deaths per 100,000 population) and h=H/P H®D = aP0-1

Given information: An exponential function is given.

Answered: Let us say that an equation for deaths…

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Author:Amos Gilat

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Chapter1: Starting With Matlab

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Problem 1P

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Let us say that an equation for deaths in relation to the availability of healthcare services is described by an exponential function (see attached)

where D is the number of deaths, H is the number of healthcare services, P is the population in hundred thousands, and a and Θ are constants.

Derive a linear (in parameters) equation from the exponential function with ln d as the left-hand side variable and h (healthcare per 100,000 population) on the right-hand side. Please take note that d = D/P (Deaths per 100,000 population) and h=H/P