3. Describe the qualitative behavior of the differential equation x= x³-x by locating all the equilibrium poi points) and graphing the phase trajectory in the phase plane.
3. Describe the qualitative behavior of the differential equation x= x³-x by locating all the equilibrium poi points) and graphing the phase trajectory in the phase plane.
3. Describe the qualitative behavior of the differential equation x= x³-x by locating all the equilibrium poi points) and graphing the phase trajectory in the phase plane.
Describe the qualitative behavior of the differential equation by locating all the equilibrium points (fixed points) and graphing the phase trajectory in the phase plane.
Transcribed Image Text:3. Describe the qualitative behavior of the differential equation x = x³ - x by locating all the equilibrium points (fixed
points) and graphing the phase trajectory in the phase plane.
With integration, one of the major concepts of calculus. Differentiation is the derivative or rate of change of a function with respect to the independent variable.
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