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The size of a bird population on an island can be described by a sinusoidal graph. The number of birds on the island decreased from a maximum of 20,000 in 1963 to a minimum of 12,000 in 2009, and then began increasing again. Find a function that describes this behavior and use it to estimate the number of birds on the island in 2034. Round to the nearest whole number.

The size of a bird population on an island can be described by a sinusoidal graph. The number of birds on the island decreased from a maximum of 20,000 in 1963 to a minimum of 12,000 in 2009, and then began increasing again. Find a function that describes this behavior and use it to estimate the number of birds on the island in 2034. Round to the nearest whole number.

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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The size of a bird population on an island can be described by a sinusoidal graph. The number of birds on the island decreased from a maximum of 20,000 in 1963 to a minimum of 12,000 in 2009, and then began increasing again. Find a function that describes this behavior and use it to estimate the number of birds on the island in 2034. Round to the nearest whole number. i
Transcribed Image Text:The size of a bird population on an island can be described by a sinusoidal graph. The number of birds on the island decreased from a maximum of 20,000 in 1963 to a minimum of 12,000 in 2009, and then began increasing again. Find a function that describes this behavior and use it to estimate the number of birds on the island in 2034. Round to the nearest whole number. i
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