Match each situation to it’s correct exponential growth or decay factor.1. A population of bacteria grew at a rate of 10.25% per hour.2. A radioactive isotope decayed at a rate of 2.056% per hour.3. A deer population decreased at the rate of 1.025% per year.4. A town‘s population increased at a rate of 1.025% per year.a. 0.97944b. 0.98975c. 1.1025d. 1.01025 Exponential Equations / Lesson 1294. Match each situation on the left to its correct exponential growth or decay factor on the right.- 1. A population of bacteria grew at a rate of 10.25%per hour.a. 0.979442. A radioactive isotope decayed at a rate of 2.056%per hour.b. 0.98975C. 1.1025• 3. A deer population decreased at a rate of 1.025%per year.d. 1.010254. A town's population increased at a rate of 1.025%per year.

Answered: Image /qna-images/answer/0bd7ec44-8d1f-4af1-9037-30de9f415833.jpg

Answered: Match each situation to it’s correct…

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter5: Inverse, Exponential, And Logarithmic Functions

Section: Chapter Questions

Problem 51RE

See similar textbooks

Related questions

Question

100%

Match each situation to it’s correct exponential growth or decay factor. 1. A population of bacteria grew at a rate of 10.25% per hour. 2. A radioactive isotope decayed at a rate of 2.056% per hour. 3. A deer population decreased at the rate of 1.025% per year. 4. A town‘s population increased at a rate of 1.025% per year. a. 0.97944 b. 0.98975 c. 1.1025 d. 1.01025