Question

The population of a certain species of bird is limited by the type of habitat required for nesting. The population behaves according to the logistic growth model, n(t) = 3450 / (0.5 + 22.5e^-0.047t), where t is measured in years. a) Find the initial bird population. b) Use a graphing calculator to graph the function. (Or plug in larger and larger values for t.) What size does the population approach as time goes on? Please show all work and your final answer (neatly) on your own paper. You do not need to type anything in the box below. Your work should be uploaded as a single pdf to the Assignment Dropbox titled Test Four Written Work.

          The population of a certain species of bird is limited by the type of habitat required for nesting. The population behaves according to the logistic growth model, n(t) = 3450 / (0.5 + 22.5e^-0.047t), where t is measured in years.
a) Find the initial bird population.
b) Use a graphing calculator to graph the function. (Or plug in larger and larger values for t.) What size does the population approach as time goes on?
Please show all work and your final answer (neatly) on your own paper. You do not need to type anything in the box below. Your work should be uploaded as a single pdf to the Assignment Dropbox titled Test Four Written Work.

The population of a certain species of bird is limited by the type of habitat required for nesting. The population behaves according to the logistic growth model, n(t) = 3450 / (0.5 + 22.5e^-0.047t), where t is measured in years.
a) Find the initial bird population.
b) Use a graphing calculator to graph the function. (Or plug in larger and larger values for t.) What size does the population approach as time goes on?
Please show all work and your final answer (neatly) on your own paper. You do not need to type anything in the box below. Your work should be uploaded as a single pdf to the Assignment Dropbox titled Test Four Written Work.

Added by Cynthia M.

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