The dynamics of the variable y with respect to variable x is described by the following ODE: dy –x²y – 1.2x² = 0 dx where y(0)=1 The exact solution is given as: у(x) %3D 2.2 еxp°. 0.3333x2 -1.2 Use a...


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The dynamics of the variable y with respect to<br>variable x is described by the following ODE:<br>dy<br>–x²y – 1.2x² = 0<br>dx<br>where y(0)=1<br>The exact solution is given as:<br>у(x) %3D 2.2 еxp°.<br>0.3333x2<br>-1.2<br>Use a fourth-order Runge-Kutta (RK4)<br>numerical algorithm for solving the ODE to<br>find the value of y(0.945), using 3 integration<br>steps.<br>Compare your calculated result with the exact<br>solution and calculate the minimum number<br>of correct significant digits in your answer.<br>

Extracted text: The dynamics of the variable y with respect to variable x is described by the following ODE: dy –x²y – 1.2x² = 0 dx where y(0)=1 The exact solution is given as: у(x) %3D 2.2 еxp°. 0.3333x2 -1.2 Use a fourth-order Runge-Kutta (RK4) numerical algorithm for solving the ODE to find the value of y(0.945), using 3 integration steps. Compare your calculated result with the exact solution and calculate the minimum number of correct significant digits in your answer.

Jun 04, 2022
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