The poles and zeros of driving point impedance function and driving po – McqOptions

MCQOPTIONS

1.	The poles and zeros of driving point impedance function and driving point admittance function lie on?
A.	left half of s-plane only
B.	right half of s-plane only
C.	left half of s-plane or on imaginary axis
D.	right half of s-plane or on imaginary axis
Answer» D. right half of s-plane or on imaginary axis

Discussion

No Comment Found

Related MCQs

For the complex zeros to appear in conjugate pairs the poles of the network function are ____ and zeros of the network function are ____________
The real parts of the driving point function Z (s) and Y (s) are?
For real roots of sk, all the quotients of s in s2+ωk2 of the polynomial P (s) are __________
Consider the polynomial P(s)=s4+3s2+2. The given polynomial P (s) is Hurwitz.
THE_REAL_PARTS_OF_THE_DRIVING_POINT_FUNCTION_Z_(S)_AND_Y_(S)_ARE??$
For_the_complex_zeros_to_appear_in_conjugate_pairs_the_poles_of_the_network_function_are______and_zeros_of_the_network_function_are_____________$
For real roots of s<sub>k</sub>, all the quotients of s in s<sup>2</sup>+‚âà√¨‚àö¬¢<sub>k</sub><sup>2</sup> of the polynomial P (s) are _________?#
The poles and zeros of driving point impedance function and driving point admittance function lie on?
When s is real, the driving point impedance function is _________ function and the driving point admittance function is _________ function.
Consider the polynomial P(s)=s<sup>4</sup>+3s<sup>2</sup>+2. The given polynomial P (s) is Hurwitz.