Mass, in force-voltage analogy, is analogous to________________?
(A) charge
(B) current
(C) inductance
(D) resistance
The capacitance, in force-current analogy, is analogous to_____________?
(A) momentum
(B) velocity
(C) displacement
(D) mass
________________directly converts temperature into voltage?
(A) Thermocouple
(B) Potentiometer
(C) Gear train
(D) LVDT F. None of the above
Which of the following is exhibited by Root locus diagrams ?
(A) The poles of the transfer function for a set of parameter values
(B) The bandwidth of the system
(C) The response of a system to a step input
(D) The frequency response of a system F. None of the above
___________From which of the following transfer function can be obtained ?
(A) Signal flow graph
(B) Analogous table
(C) Output-input ratio
(D) Standard block system F. None of the above
______________By which of the following the system response can be tested better ?
(A) Ramp input signal
(B) Sinusoidal input signal
(C) Unit impulse input signal
(D) Exponentially decaying signal
_____________is the reference input minus the primary feedback?
(A) Manipulated variable
(B) Zero sequence
(C) Actuating signal
(D) Primary feedback
With feedback __________ increases?
(A) system stability
(B) sensitivity
(C) gain
(D) effects of disturbing signals
signal will become zero when the feedback signal and reference signs are equal?
(A) Input
(B) Actuating
(C) Feedback
(D) Reference
The transfer function is applicable to which of the following ?
(A) Linear and time-in variant systems
(B) Linear and time-variant systems
(C) Linear systems
(D) Non-linear systems F. None of the above