Calculus with Applications (10th Edition)

Published by Pearson
ISBN 10: 0321749006
ISBN 13: 978-0-32174-900-0

Chapter 8 - Further Techniques and Applications of Integration - 8.3 Continuous Money Flow - 8.3 Exercises - Page 447: 2

Answer

a. $2065; b. $4595.8

Work Step by Step

a. $P=\int ^{10}_{0} 300e^{-0.08t}=300\frac{e^{-0.08t}}{-0.08}|^{10}_{0}=-3750(e^{-0.8}-1)=2065.0164 \approx 2065$ b. $A=e^{(0.08)10}\int^{10}_{0}300e^{-0.08t}dt = e^{0.8}.300\int^{10}_{0}e^{-0.08t}dt=e^{0.8}.300.\frac{1}{-0.08}(e^{-0.08t}|^{10}_{0}) \approx 4595.8$
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