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http://www.math.utep.edu/Faculty/cmmundy/Math%201320/Worksheets/Solutions/Chapter%209/9.2/9.2%20question%205.pdf
A bacteria culture starts with 1,000 bacteria and doubles in size every 3 hours. Find an exponential model for the size of the culture as a function of time t in hours. Solution: Use the formula 𝑦= ...File Size: 201KB
https://mathquestions.quora.com/A-culture-of-bacteria-doubles-every-3-hours-If-there-are-5-bacteria-initially-how-many-bacteria-will-there-be-after-24
The number of bacteria in the culture doubles every three hours. The number of bacteria B is given by B = 100 x 2^^N, where N is the number of doublings that have taken place since the time when the bacteria were known to number 100. N = H/3, H being the number of hours that have passed. N = 24/3 = 8. There have been 8 doublings in 24 hours.
https://hoursfinder.com/a-hours/a-bacterial-population-doubles-every-3-hours.html
A bacteria culture starts with 1,000 bacteria and doubles in size every 3 hours. Find an exponential model for the size of the culture as a function of time t in hours. Solution: Use the formula 𝑦=𝐴𝑏𝑡 (example 4 on p. 636 is similar).
http://www.tsfx.com.au/wp-content/uploads/2018/04/N5-PreCalc6_04_06-Compatibility-Mode.pdf
Exponential Growth (Doubling Time) Suppose we start with a single bacterium, which divides every hour. After one hour we have 2 bacteria, after two hours we have 22 or 4 bacteria, after three hours we have 23 or 8 bacteria, and so on (see Figure 1). We see that we can model the bacteria population after t hours by f(t) = 2t. Bacteria population ...
https://www.math.colostate.edu/~clayton/teaching/m113f09/homework/hw2solutions.pdf
26: A bacterial culture starts with 500 bacteria and doubles in size every half-hour. (a) How many bacteria are there after 3 hours? Answer: Since 3 hours equals 6 half-hours, the culture will have doubled 6 times. Therefore, there will be 500·26 = 32,000 …
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