can I have help with a and b? Unit #6 – Lesson #7 Exit Ticket: The number of bacteria in a lab experiment is increasing by 2.5% perminute. The experiment(a) Write an exponential function the models thenumber of bacteria, y, as a function of the time inminutes that it has been growing, x.(b) How many bacteria, to the nearest whole number,does your model predict will be present after onehour of growth?Iacer

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Unit #6 - Lesson #7 Exit Ticket: The number of bacteria in a lab experiment is increasing by 2.5% per minute. The experiment (a) Write an exponential function the models the (b) How many bacteria, to the nearest whole number, number of bacteria, y, as a function of the time in does your model predict will be present after one hour of growth? minutes that it has been growing, x.

Unit #6 - Lesson #7 Exit Ticket: The number of bacteria in a lab experiment is increasing by 2.5% per minute. The experiment (a) Write an exponential function the models the (b) How many bacteria, to the nearest whole number, number of bacteria, y, as a function of the time in does your model predict will be present after one hour of growth? minutes that it has been growing, x.

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter5: Inverse, Exponential, And Logarithmic Functions

Section5.2: Exponential Functions

Problem 75E

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