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Mira la respuestaMira la respuesta done loading Muestra el texto de la transcripción de la imagenPregunta: The following equation is used to model the deflection of the mast of a boat subject to the force of the wind: d2ydz2 = f (L − z) 22EI, where, f = wind force, E = modulus of elasticity, L = mast length, I = moment of inertia. Apply the midpoint method (Runge-Kutta of order 2 with a2 = 1) with step size h = 0.1, if y (0) = 1 and dydz (0) = 0.5 when f (z) =
The following equation is used to model the deflection of the mast of a boat subject to the force of the wind:
d2ydz2 = f (L − z) 22EI,
where,f = wind force,
E = modulus of elasticity,
L = mast length,
I = moment of inertia.
Apply the midpoint method (Runge-Kutta of order 2 with a2 = 1) with step size h = 0.1, if y (0) = 1 and dydz (0) = 0.5 when f (z) = 200z5 + ze− 2z / 30, L = 30, E = 1.25 × 108, and I = 0.05. Record your results for the following values of the independent variable:
z and (z)
0
0.1
0.2
0.3
0.4Do the code for MATLAB
- Hay 2 pasos para resolver este problema.SoluciónPaso 1Mira la respuesta completaPaso 2
Certainly, let's implement the 2nd order Runge-Kutta (midpoint method) for the given differential eq...
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