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You are devising an experiment to test how effective a newly developed pesticide is at killing mosquitoes. You have multiple chambers containing 100 mosquitoes in each chamber. To a group of the chambers, you expose the mosquitoes to a specific dosage of the pesticide and count the number of living mosquitoes after 8 hours.

          You are devising an experiment to test how effective a newly developed pesticide is at killing mosquitoes. You have multiple chambers containing 100 mosquitoes in each chamber. To a group of the chambers, you expose the mosquitoes to a specific dosage of the pesticide and count the number of living mosquitoes after 8 hours.
        
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Biology for AP Courses
Biology for AP Courses
Julianne Zedalis, John Eggebrecht
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You are devising an experiment to test how effective a newly developed pesticide is at killing mosquitoes. You have multiple chambers containing 100 mosquitoes in each chamber. To a group of the chambers, you expose the mosquitoes to a specific dosage of the pesticide and count the number of living mosquitoes after 8 hours.
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Transcript

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00:01 So in this question, there are three parts, right? so let's start with part a.
00:05 Now, the solution of every part is very simple.
00:08 Now, for part a, recall your previous knowledge that we have an equation that is dc divided by dt plus k divided by v times c is equal to q of x, right? now, as you can see over here, p of x is the coefficient of c, right? and that is k divided by v.
00:38 Now, the q of x is the constant term that is present on the right side of this equation, right? so, q of x is basically it is equal to q of x, right? so there is nothing different over here.
00:55 The next step is to find out the integrating vector...
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