Consider the Differential Equation $\frac { d P ( t ) } { d t } = 0.6 P \left( 1 - \frac { P } { 300 } \right) - c$

question 53

Short Answer

Consider the differential equation $\frac { d P ( t ) } { d t } = 0.6 P \left( 1 - \frac { P } { 300 } \right) - c$ as a model for a fish population, where t is measured in weeks and c is a constant. For what values of c does the fish population always die out?

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Challenges or obstacles that make tasks hard to accomplish.

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Tasks, actions, or operations that people engage in, often for enjoyment, learning, or achieving a goal.

Dorsal Root

The part of a spinal nerve that carries sensory neural signals to the spinal cord from the peripheral organs.

Sensory Nerve Impulses

Electrical signals generated by sensory receptors that convey information from the sensory organs to the brain.