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ne number of bacteria, p, in a culture doubles every hour. A culture of yeast cells was started 5 h later. The number of yeast cells, p, in this culture quadruples every hour. The equations representing these cultures are p=2* and p = 4(x-5), where x is the number of hours since the bacteria culture was started. a) How long after the bacteria culture was started will the two cultures have the same number of cells? b) What is the number of cells at that time?

ne number of bacteria, p, in a culture doubles every hour. A culture of yeast cells was started 5 h later. The number of yeast cells, p, in this culture quadruples every hour. The equations representing these cultures are p=2* and p = 4(x-5), where x is the number of hours since the bacteria culture was started. a) How long after the bacteria culture was started will the two cultures have the same number of cells? b) What is the number of cells at that time?

Algebra and Trigonometry (6th Edition)
Algebra and Trigonometry (6th Edition)
6th Edition
ISBN:9780134463216
Author:Robert F. Blitzer
Publisher:Robert F. Blitzer
ChapterP: Prerequisites: Fundamental Concepts Of Algebra
Section: Chapter Questions
Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
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ne number of bacteria, p, in a culture doubles every hour. A culture of yeast cells was started 5 h later. The number of yeast cells, p, in this culture quadruples every hour. The equations representing these cultures are p=2* and p = 4(x-5), where x is the number of hours since the bacteria culture was started. a) How long after the bacteria culture was started will the two cultures have the same number of cells? b) What is the number of cells at that time?
Transcribed Image Text:ne number of bacteria, p, in a culture doubles every hour. A culture of yeast cells was started 5 h later. The number of yeast cells, p, in this culture quadruples every hour. The equations representing these cultures are p=2* and p = 4(x-5), where x is the number of hours since the bacteria culture was started. a) How long after the bacteria culture was started will the two cultures have the same number of cells? b) What is the number of cells at that time?
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