Hi, I'm not really confident with logarhythms yet and I know that there is a way of solving this problem using them. A bacteria divides every 20 minutes, so how many are there after 24 hours? Is this formula relevant here:
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Originally Posted by lame_monkey Hi, I'm not really confident with logarhythms yet and I know that there is a way of solving this problem using them. A bacteria divides every 20 minutes, so how many are there after 24 hours? Is this formula relevant here: No, does that even make sense? It divides every 20 minutes, so:
Last edited by colby2152; February 20th 2008 at 06:20 AM.
colby there is no need for the constant term, it is just t in minutes over 20.
Originally Posted by lame_monkey Hi, I'm not really confident with logarhythms yet and I know that there is a way of solving this problem using them. A bacteria divides every 20 minutes, so how many are there after 24 hours? Is this formula relevant here: Let t be measured in hours. So If t = 0 you have bacteria. If you have Now you can calculate the constant k: . Divide by and solve for k: And now plug in the time to calculate : And that's a really big number.
Thanks, that was really helpful. And I was able to follow it, which is always a good sign lol
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