Please help look at the picture please and if you don’t know. Then don’t answer.

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Step-by-step explanation: gorbdjskssksismsx gorbdjskssksismsx gorbdjskssksismsx gorbdjskssksismsx gorbdjskssksismsx gorbdjskssksismsx gorbdjskssksismsx gorbdjskssksismsx gorbdjskssksismsx gorbdjskssksismsx gorbdjskssksismsx gorbdjskssksismsx gorbdjskssksismsx gorbdjskssksismsx gorbdjskssksismsx gorbdjskssksismsx gorbdjskssksismsx. Mink

Population decay where rate of decay is proportional to the population present

Step-by-step explanation:

Given that

Here N (t) represents the population or amount of bacteria present at time t.

N0 represents the initial population or N(0)

Since e has negative exponent, there is population decay and not expansion.

l, the coefficient of t in the exponent of e is the factor which represents the rate of decay

Whenever decay is proportional to the population present at that time, we get this equation.

N'=-lN

Separate the variables and integrate to get