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Consider the Lotka-Volterra system ,Consider the following system of differential equations
dx/dt = -x(2-y),t0 = 0, x(t_0=1), (2)
dy/dt = y(1-2x),t0 = 0, y(t_0 )=2, (3)
Let [0; 40] be the interval of integration.
Implement Runge-Kutta integration scheme with Δ = 0:005 for system (2),(3).Plot the phase curves (trajectories x(t); y(t) in the phase/state space).
Run explicit Euler and improved Euler integration schemes for the same system andsame Δ.Plot the phase curves.
How the results compare with the curves obtained using the Runge-Kutta method?
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