When s is real, the driving point impedance function is _________ func – McqOptions

MCQOPTIONS

1.	When s is real, the driving point impedance function is _________ function and the driving point admittance function is _________ function.
A.	real, complex
B.	real, real
C.	complex, real
D.	complex, complex
Answer» C. complex, real

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.