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Find the initial value a, growth/decay factor b, and growth/decay rater for the following exponential function: Q(t) = 0.0029(2.52)-4t (a) The initial value is a = (b) The growth factor is b = help (numbers) help (numbers) (Retain at least four decimal places.) % help (numbers) (Ensure your answer is accurate to at least the nearest 0.01%) (c) The growth rate is r = (Note that if r gives a decay rate you should have r < 0.)

Find the initial value a, growth/decay factor b, and growth/decay rater for the following exponential function: Q(t) = 0.0029(2.52)-4t (a) The initial value is a = (b) The growth factor is b = help (numbers) help (numbers) (Retain at least four decimal places.) % help (numbers) (Ensure your answer is accurate to at least the nearest 0.01%) (c) The growth rate is r = (Note that if r gives a decay rate you should have r < 0.)

Intermediate Algebra
Intermediate Algebra
19th Edition
ISBN:9780998625720
Author:Lynn Marecek
Publisher:Lynn Marecek
Chapter10: Exponential And Logarithmic Functions
Section: Chapter Questions
Problem 442RE: Jerome invests $18,000 at age 17. He hopes the investments will be worth $30,000 when he turns 26....
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Find the initial value a, growth/decay factor b, and growth/decay rater for the following exponential function: Q(t) = 0.0029(2.52)-4t (a) The initial value is a = (b) The growth factor is b = help (numbers) help (numbers) (Retain at least four decimal places.) (c) The growth rate is r = % help (numbers) (Ensure your answer is accurate to at least the nearest 0.01%) (Note that if r gives a decay rate you should have r < 0.)
Transcribed Image Text:Find the initial value a, growth/decay factor b, and growth/decay rater for the following exponential function: Q(t) = 0.0029(2.52)-4t (a) The initial value is a = (b) The growth factor is b = help (numbers) help (numbers) (Retain at least four decimal places.) (c) The growth rate is r = % help (numbers) (Ensure your answer is accurate to at least the nearest 0.01%) (Note that if r gives a decay rate you should have r < 0.)
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