Transcription of BASIC ELECTRICAL ENGINEERING - GRIET
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BASIC ELECTRICAL ENGINEERING - GRIET
BASIC ELECTRICAL ENGINEERING Madhuri GOKARAJU RANGARAJU INSTITUTE OF ENGINEERING AND TECHNOLOGY (Autonomous) Index: 1..1 2. Ohm s 3. KVL, .4 4. Nodes,Branches& 5 5. Series elements & Voltage 6. Parallel elements & Current 7. Star-Delta 8. Independent Sources ..9 9. Dependent 10. Source Transformation:..13 11. Review of Complex 12. Phasor Representation:..19 13. Phasor Relationship with a pure 14. Phasor Relationship with a pure 15. Phasor Relationship with a pure 16. Series and Parallel combinations of 17. Series and parallel connection of 18. Mesh 19. Nodal 20. Average, RMS 21. R-L Series 22. R-C Series 23. R-L-C Series 24. Real, reactive & Apparent 25. power 26. Series 27. Parallel 28. Thevenin s 29. Norton s 30. Superposition 31. Maximum power Transfer 32. Reciprocity 33. Single Phase 34. Single Phase Induction 35. DC GOKARAJU RANGARAJU INSTITUTE OF ENGG AND TECHNOLOGY (AUTONOMOUS) ACADEMIC YEAR 2014-15, Semester-I/II BASIC ELECTRICAL ENGINEERING (BEE) Sub code: GR14 Regulation L T P C 3 2 0 4 PreRequities : Fundamental in ENGINEERING Mathematics and Physics course Objectives: BEE (Ba)
4. A voltage source of 20Sinπt V is connected across a 5KΩ resistor. Find the current through the resistor and power dissipated. Soln: = = 4( ) , = = 80 .
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