Quiz two
1. Use n = 1 iterations of Runge-Kutta to obtain an approximate solution vector (ω0, ω1) of the first order IVP y' = y for t ∈ (0,1), y(0) = 1. What exact number does ω1 approximate?
2. State carefully a theorem that guarantees that Newton's method will converge to a zero of a real valued function of one real variable.
3. Write down a system of two first order ODE that has precisely two equilibrium solutions.
4. Find all eigenvalues of