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1) The Belousov-Zhabotinsky reaction is an oscillating chemical reaction, which can be modeled by the following Initial Value Problem (IVP): du dt (u(1-u) -uv+qv)/e,, u(0)=1

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1) The Belousov-Zhabotinsky reaction is an oscillating chemical reaction, which can be modeled by the following Initial Value Problem (IVP): du dt (u(1-u) -uv+qv)/e,, u(0)=1 dv dt =(w-uv-qv)/ez, v(0)=1 dw dt =u-w, w(0)=1 We examined the same equations in quiz 4, but with parameters that were chosen to prevent the equations from being too stiff. Here you must use the standard values of the parameters: q=7.62e-5, e,=9.9e-3, e,=1.98e-5. a) Write a function func (X, y, q, el, e2) to evaluate the derivatives . Here x is the independent variable and y is a numpy array containing the dependent variables

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