USE PYTHON, WILL BE DOWN VOTED IF USED ANYTHING ELSE

HW12_3: Solve the ODE from 12_1 above with a PYTHON code implementing both Euler's method and midpoint method with a step size of 0.1. Also display the results from both methods on the same plot along with the analytical result \[ y(t)=e^{\left(t^{3}-3.3 t\right) / 3} \] Use proper legend with your plot. [ Continuous plot for analytical solution, discrete plots for Euler's and midpoint methods.]

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USE PYTHON, WILL BE DOWN VOTED IF USED ANYTHING ELSE

HW12_3: Solve the ODE from 12_1 above with a PYTHON code implementing both Eulers method and midpoint method with a step siz

HW12_3: Solve the ODE from 12_1 above with a PYTHON code implementing both Euler's method and midpoint method with a step size of 0.1. Also display the results from both methods on the same plot along with the analytical result \[ y(t)=e^{\left(t^{3}-3.3 t\right) / 3} \] Use proper legend with your plot. [ Continuous plot for analytical solution, discrete plots for Euler's and midpoint methods.]

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