Electrical engineering MCQ Quiz Hub

Network Theory Set-2

Choose a topic to test your knowledge and improve your Electrical engineering skills

1. If the resistances 1Ω, 2Ω, 3Ω, 4Ω are parallel, then the equivalent resistance is?




2. If the resistances 3Ω, 5Ω, 7Ω, 9Ω are in series, then their equivalent resistance(Ω) is?




3. Pick the incorrect statement among the following.




4. For a voltage source to be neglected, the terminals across the source should be ___________




5. Voltage source and terminal voltage can be related as ___________




6. In case of ideal current sources, they have ___________




7. In a network consisting of linear resistors and ideal voltage source, if the value of resistors are doubled, then voltage across each resistor ___________




8. A practical current source can also be represented as ___________




9. A practical voltage source can also be represented as ___________




10. Constant voltage source is ___________




11. Which of the following is true about an ideal voltage source?




12. A dependent source ___________




13. With some initial change at t = 0+, a capacitor will act as ___________




14. If a current source is to be neglected, the terminals across the source are ___________




15. A constant current source supplies a electric current of 200 mA to a load of 2kΩ. When the load changed to 100Ω, the load current will be ___________




16. A voltage source having an open circuit voltage of 200 V and internal resistance of 50Ω is equivalent to a current source of ___________




17. A voltage source of 300 V has internal resistance of 4Ω and supplies a load having the same resistance. The power absorbed by the load is?




18. The current in a closed path in a loop is called?




19. Tie-set is also called?




20. The loop current direction of the basic loop formed from the tree of the graph is?




21. The matrix formed by link branches of a tie set matrix is?




22. What is the direction of the cut-set?




23. For every tree there will be _____ number of cut set matrices.




24. Mesh analysis is applicable for non planar networks also.




25. A mesh is a loop which contains ____ number of loops within it.




26. If there are 5 branches and 4 nodes in graph, then the number of mesh equations that can be formed are?




27. If there are 8 nodes in network, we can get ____ number of equations in the nodal analysis.




28. Nodal analysis can be applied for non planar networks also.




29. In nodal analysis how many nodes are taken as reference nodes?




30. In Superposition theorem, while considering a source, all other voltage sources are?




31. In Superposition theorem, while considering a source, all other current sources are?




32. To check for the Reciprocity Theorem we consider ______ of response to excitation.




33. For the Reciprocity Theorem to satisfy the ratio of response to excitation before and after the source is replaced should be?




34. The circuit which satisfies Reciprocity Theorem is called?




35. While considering Reciprocity theorem, we consider ratio of response to excitation as ratio of?




36. Reciprocity Theorem is applied for _____ networks.




37. Reciprocity Theorem is used to find the change in _______ when the resistance is changed in the circuit.




38. The maximum power is delivered from a source to its load when the load resistance is ______ the source resistance.




39. If source impedance is complex, then maximum power transfer occurs when the load impedance is _______ the source impedance.




40. The dual pair of current is?




41. The dual pair of capacitance is?




42. The dual pair of resistance is?




43. The dual pair of voltage source is?




44. The dual pair of KCL is?




45. Tellegen’s Theorem is valid for _____ network.




46. For Tellegan’s Theorem to satisfy, the algebraic sum of the power delivered by the source is _____ than power absorbed by all elements.




47. According to Millman’s Theorem, if there are n voltage sources with n internal resistances respectively, are in parallel, then these sources are replaced by?




48. According to Millman’s Theorem, if there are n current sources with n internal conductances respectively, are in series, then these sources are replaced by?




49. While computing the Thevenin equivalent resistance and the Thevenin equivalent voltage, which of the following steps are undertaken?




50. While computing the Norton equivalent resistance and the Norton equivalent current, which of the following steps are undertaken?