What is the limiting behavior of each growth function as t → o?0.04(а) у%3D1 + 2e-3tAs t→ o, y(t) approaches(b) y = 7.5(1 – e-t/2)As t → 0o, y(t) approaches10.08t(с) у 3As t→ o, y(t) approachesNeed Help?Read ItWatch It

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What is the limiting behavior of each growth function as t o? 0.04 (a) y = 1 + 2e -3t As t o, y(t) approaches (b) y = 7.5(1 – e-t/2) As t → co, y(t) approaches (c) y =e° 0.08t 2 As t→ o, y(t) approaches

What is the limiting behavior of each growth function as t o? 0.04 (a) y = 1 + 2e -3t As t o, y(t) approaches (b) y = 7.5(1 – e-t/2) As t → co, y(t) approaches (c) y =e° 0.08t 2 As t→ o, y(t) approaches

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter5: Inverse, Exponential, And Logarithmic Functions

Section: Chapter Questions

Problem 18T

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Differential Equations

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Question

What is the limiting behavior of each growth function as t → o?
0.04
(а) у%3D
1 + 2e-3t
As t→ o, y(t) approaches
(b) y = 7.5(1 – e-t/2)
As t → 0o, y(t) approaches
10.08t
(с) у 3
As t→ o, y(t) approaches
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