In a liquid culture, the number of bacteria grows at a proportional rate depending on the number of cells present. At the start, there are 5000 cells present in the culture. After 2 hours, there are 25 000 bacteria. If this unlimited growth is constant each time, what is the doubling time of the bacteria? 0.861 hr O b. 0.917 hr O c. 1.045 hr O d. 0.582 hr (y-3)/(x+1) dy = y dx is a separable differential equation. Select one: O True O False

In a liquid culture, the number of bacteria grows at a proportional rate depending on the number of cells present. At the start, there are 5000 cells present in the culture. After 2 hours, there are 25 000 bacteria. If this unlimited growth is constant each time, what is the doubling time of the bacteria? 0.861 hr O b. 0.917 hr O c. 1.045 hr O d. 0.582 hr (y-3)/(x+1) dy = y dx is a separable differential equation. Select one: O True O False

College Algebra

1st Edition

ISBN:9781938168383

Author:Jay Abramson

Publisher:Jay Abramson

Chapter6: Exponential And Logarithmic Functions

Section6.1: Exponential Functions

Problem 67SE: Alyssa opened a retirement account with 7.25 APRin the year 2000. Her initial deposit was 13,500....

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