C. Consider the nonlinear system x' = sin(x) cos(y) y = – cos(x) sin(y) () T/2 i) Verify that and are equilibrium solutions. T/2 ii) Linearize the system at the equilibrium points in part (i)....


C. Consider the nonlinear system<br>x' = sin(x) cos(y)<br>y = – cos(x) sin(y)<br>()<br>T/2<br>i) Verify that<br>and<br>are equilibrium solutions.<br>T/2<br>ii) Linearize the system at the equilibrium points in part (i). Determine<br>whether the equilibrium point is hyperbolic or not. If it is hyperbolic, deter-<br>mine the whether the equilibrium is a source, sink or saddle.<br>iii) Plot the vector field using a vector field plotter.<br>

Extracted text: C. Consider the nonlinear system x' = sin(x) cos(y) y = – cos(x) sin(y) () T/2 i) Verify that and are equilibrium solutions. T/2 ii) Linearize the system at the equilibrium points in part (i). Determine whether the equilibrium point is hyperbolic or not. If it is hyperbolic, deter- mine the whether the equilibrium is a source, sink or saddle. iii) Plot the vector field using a vector field plotter.

Jun 05, 2022
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