Show solving 3. In 2001, a population of hawks was estimated to be 7500. Due to deforestation, it iscurrently (in 2021) estimated at 5200. Assume the hawk population changes exponen-tially.Find an exponential model for this population of hawks. Define the inde-(apendent and dependent variables that you use, including units.(b)Estimate what the hawk population was in the year 2010.(c)Predict the hawk population 5 years from now.(d)In what year will the hawk population reach 1000?(e)Describe (as a percentage) how the hawk population is changing per year.

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3. In 2001, a population of hawks was estimated to be 7500. Due to deforestation, it is currently (in 2021) estimated at 5200. Assume the hawk population changes exponen- tially. (a) pendent and dependent variables that you use, including units. Find an exponential model for this population of hawks. Define the inde- Estimate what the hawk population was in the year 2010. (c) Predict the hawk population 5 years from now. (d) In what year will the hawk population reach 1000? (e) Describe (as a percentage) how the hawk population is changing per year.

3. In 2001, a population of hawks was estimated to be 7500. Due to deforestation, it is currently (in 2021) estimated at 5200. Assume the hawk population changes exponen- tially. (a) pendent and dependent variables that you use, including units. Find an exponential model for this population of hawks. Define the inde- Estimate what the hawk population was in the year 2010. (c) Predict the hawk population 5 years from now. (d) In what year will the hawk population reach 1000? (e) Describe (as a percentage) how the hawk population is changing per year.

College Algebra

1st Edition

ISBN:9781938168383

Author:Jay Abramson

Publisher:Jay Abramson

Chapter6: Exponential And Logarithmic Functions

Section6.8: Fitting Exponential Models To Data

Problem 1TI: Table 2 shows a recent graduate’s credit card balance each month after graduation. a. Use...

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