Electric phenomena

1. Electric phenomena › Charged particles and electric field due to forces › Types of forces between the charges(attraction and repulsion)
2. Electric phenomena › Transistors › Transistor and vacuum tubes comparison
3. Electric phenomena › Transistors › Main types of transistors ( NPN and PNP)
4. Electric phenomena › Transistors › Working of NPN and PNP
5. Electric phenomena › Transistors › BJT
6. Electric phenomena › Transistors › FET
7. Electric phenomena › Static electric field due to different charges › What is static electricity?
8. Electric phenomena › Static electric field due to different charges › Causes of static electricity
9. Electric phenomena › Static electric field due to different charges › Static discharge (by lightening)
10. Electric phenomena › Static electric field due to different charges › Energy involved in static electricity generation
11. Electric phenomena › Static electric field due to different charges › Difference between static electricity and electric current
12. Electric phenomena › Static electric field due to different charges › Applications of static electricity
13. Electric phenomena › Charged particles and electric field due to forces › Meaning of unit electric charge
14. Electric phenomena › Charged particles and electric field due to forces › Coulomb's law
15. Electric phenomena › Charged particles and electric field due to forces › Mathematical representation of Coulomb's law
16. Electric phenomena › Transistors › Operations of transistor
17. Electric phenomena › Electric field due to point charge › Definition of electric field
18. Electric phenomena › Electric field due to point charge › Electric field for system of charges
19. Electric phenomena › Electric field due to point charge › Gauss law
20. Electric phenomena › Electric field due to point charge › Integral form of Gauss law
21. Electric phenomena › Electric field due to point charge › Differential form of Gauss law
22. Electric phenomena › Electric field due to point charge › Deriving Gauss's law from Coulomb's law
23. Electric phenomena › Electric field due to point charge › Deriving Coulomb's law from Gauss's law
24. Electric phenomena › Electric field due to point charge › Electric field on, outside and inside the conducting metallic sphere
25. Electric phenomena › Electrical and gravitational potential energy comparision › Electrical potential energy for one point charge
26. Electric phenomena › Electrical and gravitational potential energy comparision › Electric potential energy for two point charge distribution
27. Electric phenomena › Electrical and gravitational potential energy comparision › Gravitational potential
28. Electric phenomena › Electrical and gravitational potential energy comparision › Comparision between electric and gravitational potential energy
29. Electric phenomena › Test of Knowledge › Quiz
30. Electric phenomena › Calculating current, voltage through resistors(ohm's law) › Ohm's law statement
31. Electric phenomena › Charge, current, resistance, potential difference › Meaning of electric charge and its unit
32. Electric phenomena › Charge, current, resistance, potential difference › Static electricity
33. Electric phenomena › Charge, current, resistance, potential difference › Electricification by friction
34. Electric phenomena › Charge, current, resistance, potential difference › Conservation of electric charge
35. Electric phenomena › Charge, current, resistance, potential difference › Meaning of electric current
36. Electric phenomena › Charge, current, resistance, potential difference › Mathematical form of current
37. Electric phenomena › Charge, current, resistance, potential difference › Current through metals
38. Electric phenomena › Charge, current, resistance, potential difference › Current density
39. Electric phenomena › Charge, current, resistance, potential difference › Drift speed of charges
40. Electric phenomena › Charge, current, resistance, potential difference › Direction of flow of current(sign convention)
41. Electric phenomena › Charge, current, resistance, potential difference › Resistance definition
42. Electric phenomena › Charge, current, resistance, potential difference › Units of resistance
43. Electric phenomena › Charge, current, resistance, potential difference › Factors affecting resistance through the metal
44. Electric phenomena › Charge, current, resistance, potential difference › Meaning of potential difference
45. Electric phenomena › Introduction to electricity › Introduction
46. Electric phenomena › Calculating current, voltage through resistors(ohm's law) › Resistance and resistivity
47. Electric phenomena › Calculating current, voltage through resistors(ohm's law) › electromotive force definition
48. Electric phenomena › Calculating current, voltage through resistors(ohm's law) › Terminology of emf
49. Electric phenomena › Calculating current, voltage through resistors(ohm's law) › Electromotive force and voltage difference
50. Electric phenomena › Calculating current, voltage through resistors(ohm's law) › Sources of emf (voltaic cells)
51. Electric phenomena › Energy dissipation and power through the electric circuits › Power through the electric circuits and its different units
52. Electric phenomena › Energy dissipation and power through the electric circuits › Different forms of power equation
53. Electric phenomena › Energy dissipation and power through the electric circuits › Direct current
54. Electric phenomena › Energy dissipation and power through the electric circuits › Alternating current
55. Electric phenomena › Energy dissipation and power through the electric circuits › Electrical energy in terms of power
56. Electric phenomena › Energy dissipation and power through the electric circuits › Unit of electric energy (kwh)
57. Electric phenomena › Transistors › What is a transistor?
58. Electric phenomena › Transistors › Importance and usage of transistor