10. How is transfer function defined? 11. How can we generate the frequency transfer function from...

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10. How is transfer function defined? 11. How can we generate the frequency transfer function from the general transfer function? 12. How is decibel defined? 1. Magnification factor of an undamped system 2. Period of beating 3. Magnification factor of a damped system 4. Damped frequency 5. Quality factor 6. Displacement transmissibility b. d. 2TT Wn @ f. 1 + (2r) (1 ) + (25) wn W2 W1 1 1 e. w V 8 [a-z (1 1/2 +(287)=]" 1 - r) + (28r) . 3.6 Match the following equations of motion: 1. m + c + kz = -my 2. Mx + cx + kx = mew sin wt 3. mx + kx N - F(1) 4. mx + k(1 + i)x= Fosin wot 5. mx + cx + kx = Fosin wt a. System with Coulomb damping b. System with viscous damping c. System subject to base excitation d. System with hysteresis damping e. System with rotating unbalance 10. How is transfer function defined? 11. How can we generate the frequency transfer function from the general transfer function? 12. How is decibel defined? 1. Magnification factor of an undamped system 2. Period of beating 3. Magnification factor of a damped system 4. Damped frequency 5. Quality factor 6. Displacement transmissibility b. d. 2TT Wn @ f. 1 + (2r) (1 ) + (25) wn W2 W1 1 1 e. w V 8 [a-z (1 1/2 +(287)=]" 1 - r) + (28r) . 3.6 Match the following equations of motion: 1. m + c + kz = -my 2. Mx + cx + kx = mew sin wt 3. mx + kx N - F(1) 4. mx + k(1 + i)x= Fosin wot 5. mx + cx + kx = Fosin wt a. System with Coulomb damping b. System with viscous damping c. System subject to base excitation d. System with hysteresis damping e. System with rotating unbalance