

MCQOPTIONS
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This section includes 13 Mcqs, each offering curated multiple-choice questions to sharpen your Network Theory knowledge and support exam preparation. Choose a topic below to get started.
1. |
The transform admittance of the capacitor is? |
A. | 1/sC |
B. | sC |
C. | 1/C |
D. | C |
Answer» C. 1/C | |
2. |
The transform impedance of the capacitor is? |
A. | C |
B. | 1/C |
C. | sC |
D. | 1/sC |
Answer» E. | |
3. |
The equivalent transform circuit contains an admittance of value ____ and equivalent transform current source. |
A. | 1/L |
B. | 1/sL |
C. | L |
D. | sL |
Answer» C. L | |
4. |
THE_TRANSFORM_IMPEDANCE_OF_THE_CAPACITOR_IS??$ |
A. | C |
B. | 1/C |
C. | sC |
D. | 1/sC |
Answer» E. | |
5. |
The_transform_admittance_of_the_capacitor_is?$ |
A. | 1/sC |
B. | sC |
C. | 1/C |
D. | C |
Answer» C. 1/C | |
6. |
The equivalent transform circuit contains an admittance of value ____ and equivalent transform current source? |
A. | 1/L |
B. | 1/sL |
C. | L |
D. | sL |
Answer» C. L | |
7. |
The transform admittance of the inductor is? |
A. | 1/sL |
B. | sL |
C. | 1/L |
D. | L |
Answer» B. sL | |
8. |
The transform impedance of the inductor is? |
A. | L |
B. | 1/L |
C. | sL |
D. | 1/sL |
Answer» D. 1/sL | |
9. |
The ratio of transform current to the transform voltage is defined as ________ of the resistor. |
A. | transform admittance |
B. | transform impedance |
C. | transform current |
D. | transform voltage |
Answer» B. transform impedance | |
10. |
The ratio of transform voltage to the transform current is defined as _________ of the resistor. |
A. | transform voltage |
B. | transform current |
C. | transform impedance |
D. | transform admittance |
Answer» D. transform admittance | |
11. |
The imaginary part of the complex frequency is called? |
A. | angular frequency |
B. | sampling frequency |
C. | neper frequency |
D. | radian frequency |
Answer» E. | |
12. |
The real part of the complex frequency is called? |
A. | radian frequency |
B. | neper frequency |
C. | sampling frequency |
D. | angular frequency |
Answer» C. sampling frequency | |
13. |
The solution of differential equations for networks is of the form? |
A. | i(t)=K<sub>n</sub> e<sup>⁡(s<sub>n</sub> t)</sup> |
B. | i(t)=K<sub>n</sub> e⁡<sup>(-s<sub>n</sub> t)</sup> |
C. | i(t)=-K<sub>n</sub> e⁡<sup>(-s<sub>n</sub> t)</sup> |
D. | i(t)=-K<sub>n</sub> e⁡<sup>(s<sub>n</sub> t)</sup> |
Answer» B. i(t)=K<sub>n</sub> e‚Äö√Ñ√∂‚àö√ñ¬¨‚àû<sup>(-s<sub>n</sub> t)</sup> | |