EE 201 NETWORK THEORY KTU MODAL QUESTIONS FOR SECOND YEAR S3
EE 201 NETWORK THEORY KTU MODAL QUESTIONS FOR SECOND YEAR S3
APJ ABDUL KALAM TECHNOLOGICAL UNIVERSITY
NETWORK THEORY QUESTION PAPERS
![[NT] EE 201 NETWORK THEORY KTU B TECH QUESTIONS FOR SECOND YEAR [S3] STUDENTS | QUESTION BANK,network theory questions,notes,textbooks,ktu 3 network theory questions,network theory notes,network theory textbooks](https://4.bp.blogspot.com/-HDiKoG1dn0U/WFzzMiyYSnI/AAAAAAAAAZE/gIfTa8-9l5cOc1DJa82KxBiqyqCJISITgCLcB/s400/1NT-compressor.png "[NT] EE 201 NETWORK THEORY KTU B TECH QUESTIONS FOR SECOND YEAR [S3] STUDENTS | QUESTION BANK,network theory questions,notes,textbooks,ktu 3 network theory questions,network theory notes,network theory textbooks")
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![[NT] EE 201 NETWORK THEORY KTU B TECH QUESTIONS FOR SECOND YEAR [S3] STUDENTS | QUESTION BANK,network theory questions,notes,textbooks,ktu 3 network theory questions,network theory notes,network theory textbooks](https://3.bp.blogspot.com/-JqRSFuc_TZc/WFzzVm_hHGI/AAAAAAAAAZM/eYM2Q_bJ7Iom-cShVSl7B4KLSCsVB-r5QCLcB/s400/3-NT-compressor.png "[NT] EE 201 NETWORK THEORY KTU B TECH QUESTIONS FOR SECOND YEAR [S3] STUDENTS | QUESTION BANK,network theory questions,notes,textbooks,ktu 3 network theory questions,network theory notes,network theory textbooks")
![[NT] EE 201 NETWORK THEORY KTU B TECH QUESTIONS FOR SECOND YEAR [S3] STUDENTS | QUESTION BANK,network theory questions,notes,textbooks,ktu 3 network theory questions,network theory notes,network theory textbooks](https://3.bp.blogspot.com/-ywynY5wZBP8/WFzzZjPzDZI/AAAAAAAAAZQ/yXdp5pJikdMe3OZrQ64L5XYSN7Wk4BZGACLcB/s400/4-NT-compressor.png "[NT] EE 201 NETWORK THEORY KTU B TECH QUESTIONS FOR SECOND YEAR [S3] STUDENTS | QUESTION BANK,network theory questions,notes,textbooks,ktu 3 network theory questions,network theory notes,network theory textbooks")
PART A
(Answer All Questions)
1. Write time displacement theorem.
2. Write the L T of f(t).
3. Write s domain differentiation theorem.
4. Write s domain integration theorem.
5. Write the frequency shifting theorem.
PART B
(Answer Any Two Questions)
6. (A). Using superposition theorem calculate current through (2+j3) ohm impedance branch of the circuit shown.
![[NT] EE 201 NETWORK THEORY KTU B TECH QUESTIONS FOR SECOND YEAR [S3] STUDENTS | QUESTION BANK,network theory questions,notes,textbooks,ktu 3 network theory questions,network theory notes,network theory textbooks](https://4.bp.blogspot.com/-HDiKoG1dn0U/WFzzMiyYSnI/AAAAAAAAAZE/gIfTa8-9l5cOc1DJa82KxBiqyqCJISITgCLcB/s1600/1NT-compressor.png "[NT] EE 201 NETWORK THEORY KTU B TECH QUESTIONS FOR SECOND YEAR [S3] STUDENTS | QUESTION BANK,network theory questions,notes,textbooks,ktu 3 network theory questions,network theory notes,network theory textbooks")
OR
(B). Determine the maximum power delivered to the load in the circuit.
![[NT] EE 201 NETWORK THEORY KTU B TECH QUESTIONS FOR SECOND YEAR [S3] STUDENTS | QUESTION BANK,network theory questions,notes,textbooks,ktu 3 network theory questions,network theory notes,network theory textbooks](https://1.bp.blogspot.com/-_wH4vCj-jYs/WFzzQ_tyWlI/AAAAAAAAAZI/e3zmb2zrxsUYjzOmXfctfeMy4X7NpvMqwCLcB/s1600/2NT-compressor.png "[NT] EE 201 NETWORK THEORY KTU B TECH QUESTIONS FOR SECOND YEAR [S3] STUDENTS | QUESTION BANK,network theory questions,notes,textbooks,ktu 3 network theory questions,network theory notes,network theory textbooks")
7. (A). Find the value of impedance Z so that maximum power will be transferred from source to load for the circuit shown.
![[NT] EE 201 NETWORK THEORY KTU B TECH QUESTIONS FOR SECOND YEAR [S3] STUDENTS | QUESTION BANK,network theory questions,notes,textbooks,ktu 3 network theory questions,network theory notes,network theory textbooks](https://3.bp.blogspot.com/-JqRSFuc_TZc/WFzzVm_hHGI/AAAAAAAAAZM/eYM2Q_bJ7Iom-cShVSl7B4KLSCsVB-r5QCLcB/s1600/3-NT-compressor.png "[NT] EE 201 NETWORK THEORY KTU B TECH QUESTIONS FOR SECOND YEAR [S3] STUDENTS | QUESTION BANK,network theory questions,notes,textbooks,ktu 3 network theory questions,network theory notes,network theory textbooks")
OR
(B). Find the equivalent resistance between B and C in figure.
![[NT] EE 201 NETWORK THEORY KTU B TECH QUESTIONS FOR SECOND YEAR [S3] STUDENTS | QUESTION BANK,network theory questions,notes,textbooks,ktu 3 network theory questions,network theory notes,network theory textbooks](https://3.bp.blogspot.com/-ywynY5wZBP8/WFzzZjPzDZI/AAAAAAAAAZQ/yXdp5pJikdMe3OZrQ64L5XYSN7Wk4BZGACLcB/s1600/4-NT-compressor.png "[NT] EE 201 NETWORK THEORY KTU B TECH QUESTIONS FOR SECOND YEAR [S3] STUDENTS | QUESTION BANK,network theory questions,notes,textbooks,ktu 3 network theory questions,network theory notes,network theory textbooks")
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