A quantity P is an exponential function of time t, such that P = 180 when t = 5 and P = 160 when t = :3. Use the given information about the function P = Poek to: (a) Find values for the parameters k and Po. Round your answers to three decimal places. k = Po (b) State the initial quantity and the continuous percent rate of growth or decay. Round your answer for the initial quantity to three decimal places. Enter your answer for the growth or decay rate as a positive value, rounded to one decimal place. The initial quantity is and the quantity is at a continuous rate of per unit time.

Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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A quantity P is an exponential function of time t, such that P = 180 when t = 5 and P = 160 when t =
:3. Use the given information about the function P = Poek to:
(a) Find values for the parameters k and Po.
Round your answers to three decimal places.
k =
Po
(b) State the initial quantity and the continuous percent rate of growth or decay.
Round your answer for the initial quantity to three decimal places. Enter your answer for the growth or decay rate as a positive value, rounded to one decimal place.
The initial quantity is
and the quantity is
at a continuous rate of
per unit time.
Transcribed Image Text:A quantity P is an exponential function of time t, such that P = 180 when t = 5 and P = 160 when t = :3. Use the given information about the function P = Poek to: (a) Find values for the parameters k and Po. Round your answers to three decimal places. k = Po (b) State the initial quantity and the continuous percent rate of growth or decay. Round your answer for the initial quantity to three decimal places. Enter your answer for the growth or decay rate as a positive value, rounded to one decimal place. The initial quantity is and the quantity is at a continuous rate of per unit time.
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