Q. For the second order system having following differential equation (When θ0 and θi are output and input), the natural frequency is

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Q. For a second order system, the position of poles is in the shaded region shown in the given figure. The variation in damping factor is

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Q. The maximum shift which can be provided by a lead compensator with transfer function given below is

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Q. The network of the given figure is a

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Q. For the given figure C(s)/R(s) =

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Q. The resistance R of a liquid flow system is defined as

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Q. For quadratic factor given below, In Bode log magnitude plot the high frequency asymptote is a straight line having the slope

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Q. For op-amp circuit of the given figure, Eo(s)/Ei(s) =

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Q. In liquid flow system the capacitance of a water tank is defined as

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Q. For a first order system having transfer function 1/(1+sT), the unit ramp response is

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Q. For an RLC series circuit Z(s) is of the form

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Q. The following two functions have

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Q. For the op-amp circuit of the given figure, Eo(s)/Ei(s) =

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Q. A unity feedback system has open loop transfer function 1/(s+5)s . The closed loop transfer function is

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Q. For the following equation, where Q is heat energy Gt is thermal conductance and θ is temperature, analogous electrical equation is

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Q. In op-amp circuit of the given figure, Eo(s)/Ei(s) =

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Q. A system has given equation. For unit step input the settling time for 2% tolerance band is

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Q. A system has transfer function given by following equation. If a sinusoidal input of frequency ω is applied the steady state output is of the form

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Q. For the given figure C(s)/R(s) =

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Q. For the compensator in the given figure the maximum phase lead is

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