An average seated adult breathes in and out every four seconds. At any given time, the lungs contain an amount of air, A. The average minimum amount of air in the lungs is 0.08 liters, and the average maximum amount of air in the lungs is 0.82 liters. Suppose the lungs have a minimum amount of air at t=0, where t is the time in seconds. A.) sketch a graph of A versus t B.) write an equation that models the amount of air in the lungs C.) determine the amount of air in the lungs at 5.5 seconds
An average seated adult breathes in and out every four seconds. At any given time, the lungs contain an amount of air, A. The average minimum amount of air in the lungs is 0.08 liters, and the average maximum amount of air in the lungs is 0.82 liters. Suppose the lungs have a minimum amount of air at t=0, where t is the time in seconds. A.) sketch a graph of A versus t B.) write an equation that models the amount of air in the lungs C.) determine the amount of air in the lungs at 5.5 seconds
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter11: Topics From Analytic Geometry
Section11.4: Plane Curves And Parametric Equations
Problem 20E
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An average seated adult breathes in and out every four seconds. At any given time, the lungs contain an amount of air, A. The average minimum amount of air in the lungs is 0.08 liters, and the average maximum amount of air in the lungs is 0.82 liters. Suppose the lungs have a minimum amount of air at t=0, where t is the time in seconds.
A.) sketch a graph of A versus t
B.) write an equation that models the amount of air in the lungs
C.) determine the amount of air in the lungs at 5.5 seconds
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