(b) For the given parameters of building with the initial selection of damper is given to...

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(b) For the given parameters of building with the initial selection of damper is given to be: m=2000 kg, = 0.15, k = 0.1x106 N/m and (ii) Fr(s) Y(s) against the frequency, Plot the absolute values transfer functions (i) with s= jo where j=1 and @= @, is the excitation frequency in rad/sec. Choose the frequency range for simulation: @= (0 0.01 29.99 30) rad/sec. X(s) Y(s) Given the amplitude of base excitation Y = Y, = 0.015 m, from the graphs find out and list the steady state amplitude X and transmitted force F, for the case of different excitation frequencies: @ =0.50, @= @ (resonance) and @=20, Summarize your observations for the vibration performance of building at different base excitation frequencies in the frequency range of simulation. (b) For the given parameters of building with the initial selection of damper is given to be: m=2000 kg, = 0.15, k = 0.1x106 N/m and (ii) Fr(s) Y(s) against the frequency, Plot the absolute values transfer functions (i) with s= jo where j=1 and @= @, is the excitation frequency in rad/sec. Choose the frequency range for simulation: @= (0 0.01 29.99 30) rad/sec. X(s) Y(s) Given the amplitude of base excitation Y = Y, = 0.015 m, from the graphs find out and list the steady state amplitude X and transmitted force F, for the case of different excitation frequencies: @ =0.50, @= @ (resonance) and @=20, Summarize your observations for the vibration performance of building at different base excitation frequencies in the frequency range of simulation.