After drinking, the body eliminates 37% of the alcohol present in the body per hour. f(zn) a) The amount of alcohol in grams in the body on an hourly basis is described by a discrete time dynamical system (DTDS) of the form n+1 = where is the number of grams of alcohol in the body after n hours. Give the updating function f (as a function of the variable z). Answer: f(z) = .73'x'n b) Peter had three alcoholic drinks that brought the alcohol content in his body to 42 grams, and then he stopped drinking. Give the initial condition (in gra for the DTDS in (a). Answer: 0 42 grams e) Find the solution of the DTDS in (a) with the initial condition given in (b). (Your answer will be a function of the variable n, which represents time in hour 40tul 70146

After drinking, the body eliminates 37% of the alcohol present in the body per hour. f(zn) a) The amount of alcohol in grams in the body on an hourly basis is described by a discrete time dynamical system (DTDS) of the form n+1 = where is the number of grams of alcohol in the body after n hours. Give the updating function f (as a function of the variable z). Answer: f(z) = .73'x'n b) Peter had three alcoholic drinks that brought the alcohol content in his body to 42 grams, and then he stopped drinking. Give the initial condition (in gra for the DTDS in (a). Answer: 0 42 grams e) Find the solution of the DTDS in (a) with the initial condition given in (b). (Your answer will be a function of the variable n, which represents time in hour 40tul 70146

Linear Algebra: A Modern Introduction

4th Edition

ISBN:9781285463247

Author:David Poole

Publisher:David Poole

Chapter2: Systems Of Linear Equations

Section2.4: Applications

Problem 15EQ

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