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8. The current population of the giant panda is approximately 1600. Suppose the population is decreasing by 1.5% each year. a) Does this situation represent exponential growth or exponential decay? How do you know? b) Identify the initial value, rate of growth/decay and growth/decay factor Initial Value: Rate of growth/decay:_ Growth/decay factor: c) Write an equation function to model the number of pandas P(n) depending on the number of years (n).

8. The current population of the giant panda is approximately 1600. Suppose the population is decreasing by 1.5% each year. a) Does this situation represent exponential growth or exponential decay? How do you know? b) Identify the initial value, rate of growth/decay and growth/decay factor Initial Value: Rate of growth/decay:_ Growth/decay factor: c) Write an equation function to model the number of pandas P(n) depending on the number of years (n).

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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8. The current population of the giant panda is approximately 1600. Suppose the population is decreasing by 1.5% each year. a) Does this situation represent exponential growth or exponential decay? How do you know? b) Identify the initial value, rate of growth/decay and growth/decay factor Initial Value: Rate of growth/decay: Growth/decay factor: c) Write an equation function to model the number of pandas P(n) depending on the number of years (n).
Transcribed Image Text:8. The current population of the giant panda is approximately 1600. Suppose the population is decreasing by 1.5% each year. a) Does this situation represent exponential growth or exponential decay? How do you know? b) Identify the initial value, rate of growth/decay and growth/decay factor Initial Value: Rate of growth/decay: Growth/decay factor: c) Write an equation function to model the number of pandas P(n) depending on the number of years (n).
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