A population can be modeled by the exponential equation y=280,000 e -0.0754 t, where t= years since 1990 and y=populatio

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A Population Can Be Modeled By The Exponential Equation Y 280 000 E 0 0754 T Where T Years Since 1990 And Y Populatio 1 (135.37 KiB) Viewed 10 times

A population can be modeled by the exponential equation y=280,000 e -0.0754 t, where t= years since 1990 and y=population. Complete parts (a) through (d) below. (a) What is the continuous decay rate per year? (Hint: If the rate k is a negative number, this implies a continuous decay rate with the opposite sign of k.) % per year. The population is decreasing at a continuous rate of (Round to two decimal places as needed.) (b) What is the annual decay rate (not continuous)? (Hint: If the rate r is a negative number, this implies an annual decay rate with the opposite sign of r.) % per year The population is decreasing at an annual rate of (Round to two decimal places as needed) (c) Rewrite the equation in the form P = Po (1+r)¹ more help A. P=280,000 (0 9246) B. P=280,000 (-0.726) OC. P=280,000 (1-7.54%) OD. P=280,000 (0 9274) (d) How many people will there be after 8 years? people (Round to the nearest whole number as needed)