Suppose is the population of bacteria in a yogurt jar at time with initial population 3 million , the equation of growth rate is . What is the population at time t=10?
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Suppose is the population of bacteria in a yogurt jar at time , the largest the largest population that the environment can support is 10 million. The growth rate decreases linearly to 0 as . Let the initial growth rate is 0.5. What is the logistic differential equation of bacterial population model?
Suppose is the population of bacteria in a yogurt jar at time , the largest the largest population that the environment can support is 5 million. The growth rate decreases linearly to 0 as . Let the initial growth rate is 0.2. What is the logistic differential equation of bacterial population model?
Suppose is the population of bacteria in a yogurt jar at time , the largest the largest population that the environment can support is 50 million. The growth rate decreases linearly to 0 as . Let the initial growth rate is 0.5. What is the logistic differential equation of bacterial population model?
