A scientist discovered a new material that expands at an extremely fast rate. After studying this material for one month, she realized that its volume tripled every two days! She decided to write an equation to model the growth of this material, relating its volume in mm³ (v) to the number of hours that have elapsed (t). If she started with a volume of 76 mm³, what equation should she use to model the alarmingly fast growth of her unknown material? previously on here but wrong answer. answer choices are V(t)=76(2)^t/6 V(t)=76(3)^t/48 V(t)=76(2)^3t V(t)=76(3)^t/

A scientist discovered a new material that expands at an extremely fast rate. After studying this material for one month, she realized that its volume tripled every two days! She decided to write an equation to model the growth of this material, relating its volume in mm³ (v) to the number of hours that have elapsed (t). If she started with a volume of 76 mm³, what equation should she use to model the alarmingly fast growth of her unknown material? previously on here but wrong answer. answer choices are V(t)=76(2)^t/6 V(t)=76(3)^t/48 V(t)=76(2)^3t V(t)=76(3)^t/

Intermediate Algebra

19th Edition

ISBN:9780998625720

Author:Lynn Marecek

Publisher:Lynn Marecek

Chapter10: Exponential And Logarithmic Functions

Section10.2: Evaluate And Graph Exponential Functions

Problem 10.33TI: Another researcher at the Center for Disease Control and Prevention, Lisa, is studying the growth of...

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