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ODEs (Do in Matlab You are given the following first order ODE dx When x 0, y--1 solve it numerically and determine the value of y when x = 05. Compare this with the analytical solution (obtained using the dsolve command). Simulink (Do in Matlab Simulink) The following differential equation (Duffing's equation) represents the variation of flux, in a transformer. OE + @t b9" =-N.cos (t) Att=0, = 0,=0 u are given the following n Y ou are given the following numerical values E = 165, = 120T, N-600,W5-83, b = 0.15 Solve numerically using simulink