3. Consider the differential equation —da = f(x) where f has the graph shown. dr (a) 15 pc) Determine the equilibrium solutions. (b) [5 pt] Which solutions in (a) are stable and which are unstable? (c) [5 ptj Sketch the solution which satisfies the initial condition 40) = 4. Label both axes and all relevant intercepts and asymptotes.
![3. Consider the differential equation —da = f(x) where f has the graph shown. dr (a) 15 pc) Determine the equilibrium solutions. (b) [5 pt] Which solutions in (a) are stable and which are unstable? (c) [5 ptj Sketch the solution which satisfies the initial condition 40) = 4. Label both axes and all relevant intercepts and asymptotes.](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2022/05/3q-5.png?w=1170&ssl=1 "3. Consider the differential equation —da = f(x) where f has the graph shown. dr (a) 15 pc) Determine the equilibrium solutions. (b) [5 pt] Which solutions in (a) are stable and which are unstable? (c) [5 ptj Sketch the solution which satisfies the initial condition 40) = 4. Label both axes and all relevant intercepts and asymptotes.")
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