Question: Perform a local stability analysis for the differential equation What is the step size that you will need at a particular time t and corresponding

Perform a local stability analysis for the differential equation dy dt = t cos(y) + exp(-t); y(0) = 1

What is the step size that you will need at a particular time t and corresponding value y_s if you try to integrate this problem with a forward Euler method? What happens to the step size at large times?

dy dt = t cos(y) + exp(-t); y(0) = 1

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To perform a local stability analysis for the differential equation dydt t cosy expt We will start by considering the equilibrium point which is where ... View full answer

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