I am trying to plot a phase angle vs. frequency curve numerically for the steady state condition of the following equation
x''[t] + 2*\[Zeta]*2 ζ x'[t] + x[t] == Cos[w*t]Cos[w t]
where w is the forcing frequency, and the initial conditions are x[0] == 0, x'[0] == 0. A similar plot is shown here. 
:
Any help would be highly appreciated. Thanks
I am trying to plot a phase angle vs. frequency curve numerically for steady state condition of the following equation
x''[t] + 2*\[Zeta]* x'[t] + x[t] == Cos[w*t]
where w is the forcing frequency, and the initial conditions are x[0] == 0, x'[0] == 0. A similar plot is shown here.
Any help would be highly appreciated. Thanks
I am trying to plot a phase angle vs. frequency curve numerically for the steady state condition of the following equation
x''[t] + 2 ζ x'[t] + x[t] == Cos[w t]
where w is the forcing frequency, and the initial conditions are x[0] == 0, x'[0] == 0. A similar plot is shown here:
I am trying to plot a phase angle vs. frequency curve numerically for steady state condition of the following equation
x''[t] + 2*\[Zeta]* x'[t] + x[t] == Cos[w*t]
where w is the forcing frequency, and the initial conditions are x[0] == 0, x'[0] == 0. A similar plot is shown here.
Any help would be highly appreciated. Thanks
I am trying to plot a phase angle vs. frequency curve numerically for steady state condition of the following equation
x''[t] + 2*\[Zeta]* x'[t] + x[t] == Cos[w*t]
where w is the forcing frequency, and the initial conditions are x[0] == 0, x'[0] == 0. A similar plot is shown here.
Any help would be highly appreciated. Thanks
I am trying to plot a phase angle vs. frequency curve numerically for steady state condition of the following equation
x''[t] + 2*\[Zeta]* x'[t] + x[t] == Cos[w*t]
where w is the forcing frequency, and the initial conditions are x[0] == 0, x'[0] == 0. A similar plot is shown here.
Any help would be highly appreciated. Thanks
