 
			 
			MCQOPTIONS
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				This section includes 15 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. | Consider the admittance function, Y(s)=((2s2+16s+30))/(s2+6s+8). Determine the value of R∞ after performing the second form of Foster method. | 
| A. | 3 | 
| B. | 1 | 
| C. | 2 | 
| D. | 4 | 
| Answer» D. 4 | |
| 2. | Consider the admittance function, Y(s)=((2s2+16s+30))/(s2+6s+8). Determine the value of L2 after performing the second form of Foster method. | 
| A. | 4 | 
| B. | 1 | 
| C. | 2 | 
| D. | 3 | 
| Answer» C. 2 | |
| 3. | Consider the admittance function, Y(s)=((2s2+16s+30))/(s2+6s+8). Determine the value of R2 after performing the second form of Foster method. | 
| A. | 1 | 
| B. | 2 | 
| C. | 3 | 
| D. | 4 | 
| Answer» E. | |
| 4. | Consider the admittance function, Y(s)=((2s2+16s+30))/(s2+6s+8). Determine the value of R1 after performing the second form of Foster method. | 
| A. | 4/3 | 
| B. | 3/3 | 
| C. | 2/3 | 
| D. | 1/3 | 
| Answer» D. 1/3 | |
| 5. | Consider the admittance function, Y(s)=((2s2+16s+30))/(s2+6s+8). Determine the value of L1 after performing the second form of Foster method. | 
| A. | 1/3 | 
| B. | 2/3 | 
| C. | 3/3 | 
| D. | 4/3 | 
| Answer» B. 2/3 | |
| 6. | Consider a function Z(s)=5(s+1)(s+4)/(s+3)(s+5). Find the value of L2 after performing the first form of Foster method. | 
| A. | 4/5 | 
| B. | 3/5 | 
| C. | 2/5 | 
| D. | 1/5 | 
| Answer» D. 1/5 | |
| 7. | Consider a function Z(s)=5(s+1)(s+4)/(s+3)(s+5). Find the value of R2 after performing the first form of Foster method. | 
| A. | 1 | 
| B. | 2 | 
| C. | 3 | 
| D. | 4 | 
| Answer» C. 3 | |
| 8. | Consider a function Z(s)=5(s+1)(s+4)/(s+3)(s+5). Find the value of L1 after performing the first form of Foster method. | 
| A. | 5/9 | 
| B. | 9/5 | 
| C. | 4/9 | 
| D. | 9/4 | 
| Answer» B. 9/5 | |
| 9. | Consider a function Z(s)=5(s+1)(s+4)/(s+3)(s+5). Find the value of R1. | 
| A. | 4/3 | 
| B. | 5/3 | 
| C. | 3/5 | 
| D. | 3/4 | 
| Answer» C. 3/5 | |
| 10. | Consider a function Z(s)=5(s+1)(s+4)/(s+3)(s+5). Find the value of R1 after performing the first form of Foster method. | 
| A. | 1/3 | 
| B. | 2/3 | 
| C. | 3/3 | 
| D. | 4/3 | 
| Answer» E. | |
| 11. | THE_VALUE_OF_R‚ÄÖ√Ñ√∂‚ÀւĆ‚ÀÖ¬™_IN_THE_QUESTION_6_IS??$# | 
| A. | 3 | 
| B. | 1 | 
| C. | 2 | 
| D. | 4 | 
| Answer» D. 4 | |
| 12. | THE_VALUE_OF_L2_IN_THE_QUESTION_6_IS??$ | 
| A. | 4 | 
| B. | 1 | 
| C. | 2 | 
| D. | 3 | 
| Answer» C. 2 | |
| 13. | Consider the admittance function, Y(s)=((2s2+16s+30))/( s2+6s+8). Determine the value of L1 after performing the second form of Foster method. | 
| A. | 1/3 | 
| B. | 2/3 | 
| C. | 3/3 | 
| D. | 4/3 | 
| Answer» B. 2/3 | |
| 14. | The value of R1 in the question 1 is? | 
| A. | 4/3 | 
| B. | 5/3 | 
| C. | 3/5 | 
| D. | 3/4 | 
| Answer» C. 3/5 | |
| 15. | Consider a function Z(s)=5(s+1)(s+4)/(s+3)(s+5) . Find the value of R1 after performing the first form of Foster method. | 
| A. | 1/3 | 
| B. | 2/3 | 
| C. | 3/3 | 
| D. | 4/3 | 
| Answer» E. | |