Our Network Theory Tests allow you to experience an online examination in the real-time environment. In every online test on Network Theory, you will be presented with Multiple Choice Questions (MCQs) which will test your skills in Network Theory Concepts in a detailed and comprehensive manner. In the test, each question will have 4 options to choose from. You should select only 1 correct option as an answer and then move on to the next question. Once you submit answers to all the questions, you will be given your final test score.In the Online Network Theory Test, for every correct answer, you will be given 2 points. There will also be negative marking of -1 for every wrong answer. So, you will have to be more careful in choosing the answers to the question in your online examination. If needed, you should skip to the next question and come back to the previous question later so that you can do proper time management for the online mock tests.
Based on your score, you would be given one of the following Grades:
Grade A* - Genius (You scored 100%)
Grade A - Excellent (Your score is in the range of 80% to 99%)
Grade B - Good (Your score is in the range of 60% to 80%)
Grade C - Average (Your score is in the range of 40% to 60%)
Grade D - Poor (Your score is in the range of 0% to 40%)
There will be 5 types of Network Theory Tests. The details of each of these tests are as follows:
1. "Network Theory Practice Tests 1-10" - In Network Theory practice tests, there will be a series of practice tests wherein you can test your Network Theory concepts on every chapter separately. There are totally 10 different chapters on this subject and hence there will be 10 different practice tests wherein each practice tests covers one chapter exclusively. There will not be any time limit on these tests. So, Network Theory Practice Tests should be the first set of tests which you should attempt. Goto these practice tests here.
2. "Network Theory Mock Tests 1-10" - In Network Theory mock tests, there will be a series of mock tests wherein you can test your Network Theory concepts on every chapter separately, but there will be a fixed time limit per mock test. Here also, there are 10 mock tests wherein each mock test covers only one chapter exclusively. So, it is similar to Network Theory Practice Tests, but with an added constraint of time limits. You should try Network Theory Mock Tests if you are appearing for any online examination soon. Goto these mock tests here.
3. "Network Theory Certification Test" - Once you are thorough with your Network Theory concepts, then you can try our Network Theory Certification Test wherein your name will be mentioned in Top Rankers list, if you scored either Grade A* or Grade A in the Network Theory Certification Test. The Certification Test is free. Goto Network Theory Certification test here.
4. "Network Theory Internship Test" - If you are interested to do Internships in Network Theory at Sanfoundry, then you must take our Network Theory Internship Test. If you scored either Grade A* or Grade A in Network Theory Internship Test, then you are eligible for Internship at Sanfoundry in Network Theory. Goto Network Theory Internship test here.
5. "Network Theory Job Test" - If you are a fresher, a dropout, an experienced person and if you know Network Theory well and looking out for jobs in Network Theory domain at Sanfoundry (or our Network of Companies), then you should try and qualify our "Network Theory Job Test". If you scored either Grade A* or Grade A in Network Theory Job Test, then you are eligible for a Job at Sanfoundry (or our Network) in Network Theory domain. Kindly note that you can repeat this job test after a gap of 30 days from the day of last attempt of the test. Goto Network Theory Job test here.For every "Network Theory Practice Test", Total Questions: 20, Total Time: Unlimited.
For every "Network Theory Mock Test", Total Questions: 20, Total Time: 20 Minutes.
For "Network Theory Certification Test", Total Questions: 50, Total Time: 1 hour.
For "Network Theory Internship Test", Total Questions: 50, Total Time: 1 hour.
For "Network Theory Job Test", Total Questions: 50, Total Time: 1 hour.
Before you get started on these series of online tests on Network Theory, you should learn, study and practice our collection of 1000 MCQs (Multiple Choice Questions and Answers) on Network Theory here. We also prefer that you should practice Network Theory practice tests and mock tests completely before attempting the certification test.
Here is the list of online practice tests and mock tests on Network Theory. Each online test focuses on a "Specific chapter of Network Theory". So, you should try both practice test and mock test on every chapter to do a self-assessment of your knowledge (along with time-limit constraints) in every area or sub-topic of Network Theory. Network Theory Certification test, Internship test, and Job Test are mentioned at the end of this list.
1. Network Theory Test 1 – This set of online test on “Network Theory” tests your skills on Basic Network Concepts, Sources and Some Definitions, Circuit Elements and Kirchhoff's Laws, Voltage and Current Sources, Ohm's Law, Kirchhoff's Current Law, Kirchhoff's Voltage Law, Tree and Co-Tree, Link Currents: Tie-Set Matrix, Cut-Set and Tree Branch Voltages, Mesh Analysis, Supermesh Analysis, Nodal Analysis, Supernode Analysis, Star-Delta Transformation.
2. Network Theory Test 2 – This set of online test on “Network Theory” tests your skills on Superposition Theorem, Thevenin's Theorem, Norton's Theorem, Reciprocity Theorem, Compensation Theorem, Maximum Power Transfer Theorem, Tellegen's theorem, Millman's Theorem, Thevenin Theorem Involving Dependent and Independent Sources, Norton’s Theorem Involving Dependent and Independent Sources, Advanced Problems on Superposition Theorem, Advanced Problems on Reciprocity Theorem, Advanced Problems on Network Theorems – 1.
3. Network Theory Test 3 – This set of online test on “Network Theory” tests your skills on Advanced Problems on Network Theorems – 2, Advanced Problems on Millman's Theorem and Maximum Power Transfer Theorem, Angular Relation of a Sine Wave, Voltage and Current Values of a Sine Wave, Phase Relation in a Pure Resistor, Impedence Diagram, Series Circuits, Parallel Circuits, Instantaneous Power, Average Power, Apparent Power and Power Factor, Reactive Power.
4. Network Theory Test 4 – This set of online test on “Network Theory” tests your skills on Series Resonance, Bandwidth of an RLC Circuit, Parallel Resonance, Resonant Frequency for a Tank Circuit, Problems of Series Resonance Involving Quality Factor, Problems of Series Resonance Involving Frequency Response of Series Resonant Circuit, Problems of Parallel Resonance Involving Quality Factor, Advanced Problems on Resonance.
5. Network Theory Test 5 – This set of online test on “Network Theory” tests your skills on Dot Convention in Magnetically Coupled Circuits, Problems Involving Dot Conventions, Problems Involving Coupling Coefficient, Advanced Problems on Magnetically Coupled Circuits – 1, Advanced Problems on Magnetically Coupled Circuits – 2, Polyphase System, Inter Connection of Three-Phase Sources and Loads, Star to Delta and Delta to Star Transformation, Voltage, Current and Power in a Star Connected System, Voltage, Current and Power in a Delta Connected System, Three-Phase Balanced Circuits.
6. Network Theory Test 6 – This set of online test on “Network Theory” tests your skills on Three-Phase Unbalanced Circuits, Power Measurement in Three-Phase Circuits, DC Response of an R-L Circuit, DC Response of an R-C Circuit, DC Response of an R-L-C Circuit, Sinusoidal Response of an R-L Circuit, Sinusoidal Response of an R-C Circuit, Sinusoidal Response of an R-L-C Circuit, Definition of the Laplace Transform, Operational Transforms, Inverse Transforms, Circuit Elements in the S-Domain, Transfer Function, The Impulse Function in Circuit Analysis, Problems Involving Standard Time Functions.
7. Network Theory Test 7 – This set of online test on “Network Theory” tests your skills on Laplace Transform of a Periodic Function, Problems on Initial and Final Value Theorem, Calculation of I(0+), di/dt(0+), d2I/dt2(0+) in Circuits Involving both Capacitor and Inductor, Advanced Problems on Application of Laplace Transform – 1, Advanced Problems on Application of Laplace Transform – 2, The Concept of Complex Frequency, Series and Parallel Combination of Elements, Network Function for the One-Port and Two-Port, Poles and Zeros of Network Functions, Properties of Driving Point Functions, Properties of Transfer Functions, Open Circuit Impedence(Z) Parameters.
8. Network Theory Test 8 – This set of online test on “Network Theory” tests your skills on Short Circuit Admittance(Y) Parameters, Transmission(ABCD) Parameters, Hybrid (h) Parameter, Inverse Hybrid (g) Parameter, Advanced Problems Involving Parameters, Inner Relationships of Different Parameters, Inter Connection of Two-Port Networks, Terminated Two-Port Network, Image Parameters, Series-Series Connection of Two Port Network, Relation between Transmission Parameters with Short Circuit Admittance and Open Circuit Impedance Parameters, Relation between Hybrid Parameters with Short Circuit Admittance and Open Circuit Impedance Parameters.
9. Network Theory Test 9 – This set of online test on “Network Theory” tests your skills on Series-Parallel Interconnection of Two Port Network, Advanced Problems on Two Port Network – 1, Advanced Problems on Two Port Network – 2, Filter Networks, Classification of Pass Band and Stop Band, Constant-K Low Pass Filter, m-Derived T-Section, Attenuators, Inverse Network, Series Equalizer, Shunt Equalizer, Advanced Problems on Filters – 1, Advanced Problems on Filters – 2.
10. Network Theory Test 10 – This set of online test on “Network Theory” tests your skills on Hurwitz Polynomials, Frequency Response of Reactive One-Ports, Synthesis of Reactive One-Ports by Foster's Method, Synthesis of Reactive One-Ports by Cauer Method, Synthesis of R-L Network by the Foster Method, Synthesis of R-L Network by Cauer Method, Synthesis of R-C Network by Foster Method, Synthesis of R-C Network by Cauer Method, Advanced Problems on Network Theory – 1, Advanced Problems on Network Theory – 2, Advanced Problems Involving Complex Circuit Diagram – 1, Advanced Problems Involving Complex Circuit Diagram – 2.
Sanfoundry will issue a Certificate of Merit to Top 5 Rankers for a given month provided that they have scored either A* or A Grade in the Contest. If you are interested, then kindly register below. After registration, you can take the test anytime (24x7).
