Construct a subprogram that solves the differential equation set dy g(y,t)dt dt with the fourth-order Runge-Kutta method with different parameters from those given in the text. Use the total number of...


Construct a subprogram that solves the differential equation set<br>dy<br>g(y,t)dt<br>dt<br>with the fourth-order Runge-Kutta method with different parameters from those given<br>in the text. Use the total number of components in y and the initial condition y(0) = yo<br>as the input to the subprogram. Test the fitness of the parameters by comparing the<br>numerical result from the subprogram and the known exact result for the motion of<br>Earth.<br>

Extracted text: Construct a subprogram that solves the differential equation set dy g(y,t)dt dt with the fourth-order Runge-Kutta method with different parameters from those given in the text. Use the total number of components in y and the initial condition y(0) = yo as the input to the subprogram. Test the fitness of the parameters by comparing the numerical result from the subprogram and the known exact result for the motion of Earth.

Jun 05, 2022
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