Question: 2. Considering the same bacteria from differential equation (1), we start growing an colony with initial size 8 grams at time t = 0 hours.

2. Considering the same bacteria from differential equation (1), we start growing an colony with initial size 8 grams at time t = 0 hours. Therefore, the colony's mass obeys the following initial value problem. 3\" = y(11 - y) - 30 W) = 3 Use Euler's Method with step size 1 to approximate what happens to this colony over time. Show the work for at least the first few steps by hand. According to this computation what happens to the bacteria in the long run? What do you notice about your result and the result of problem 1? Do you think this is reasonable? Why or why not? What happened here

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