- 03:59, 9 January 2022 diff hist +226 International System of Units →{{PAGENAME}}
- 03:54, 9 January 2022 diff hist −40 International System of Units →Derived Units
- 03:54, 9 January 2022 diff hist +301 International System of Units →Base Units
- 03:48, 9 January 2022 diff hist +86 International System of Units →Derived Units
- 04:04, 8 January 2022 diff hist +5 Main Page
- 04:01, 8 January 2022 diff hist −212 Main Page
- 04:01, 8 January 2022 diff hist +32 Main Page →Contents
- 12:05, 7 January 2022 diff hist +175 International System of Units →Derived Units
- 11:58, 7 January 2022 diff hist +41 International System of Units →{{PAGENAME}}
- 11:56, 7 January 2022 diff hist +304 International System of Units →References
- 11:41, 7 January 2022 diff hist +2,399 N International System of Units Created page with "== {{PAGENAME}} == The international system of units abbreviated as SI has been universally accepted for international use in all fields of engineering and day to day requirements<ref>Basic Electrical Engineering 4th Ed., C. L. Wadhwa, New Age International (P) Ltd., Publishers</ref>. Therefore, all business and even household transactions are conducted in SI units. SI system offers the following advantages over other system of units. # There is one and only one unit f..."
- 13:34, 4 January 2022 diff hist +11 Basic Electricity
- 13:23, 4 January 2022 diff hist +127 Basic Electricity
- 09:53, 3 January 2022 diff hist +767 Basic electricity:1.2 Electric Charges →Concept of Charge current
- 09:08, 2 January 2022 diff hist +464 Basic electricity:1.2 Electric Charges →{{PAGENAME}}
- 04:20, 1 January 2022 diff hist +20 Basic electricity:1.2 Electric Charges →Coulomb's Law
- 04:19, 1 January 2022 diff hist −2 Basic electricity:1.2 Electric Charges →Coulomb's Law
- 04:18, 1 January 2022 diff hist +1,423 Basic electricity:1.2 Electric Charges →Coulomb's Law
- 04:06, 1 January 2022 diff hist +494 Basic electricity:2.0 Simple Electric Circuit →{{PAGENAME}} current
- 03:59, 1 January 2022 diff hist −8 MediaWiki:Sidebar current
- 03:58, 1 January 2022 diff hist +118 Main Page
- 13:19, 30 December 2021 diff hist +4 Main Page
- 08:54, 30 December 2021 diff hist +27 Siemens Standard Drives Application Handbook current
- 08:51, 30 December 2021 diff hist +78 N Siemens Standard Drives Application Handbook Created page with "{{PAGENAME}} <pdf>File:Siemens_Standard_Drives_Application_Handbook.pdf</pdf>"
- 08:49, 30 December 2021 diff hist +58 N File:Siemens Standard Drives Application Handbook.pdf Siemens Standard Drives Application Handbook current
- 08:48, 30 December 2021 diff hist +45 MediaWiki:Sidebar
- 08:47, 30 December 2021 diff hist +61 MediaWiki:Sidebar
- 04:14, 30 December 2021 diff hist +859 Basic electricity:2.1 Ohm's Law →{{PAGENAME}} current
- 04:13, 30 December 2021 diff hist +32 N File:Ohm's Law.jpg Ohm's Law Triangle current
- 03:59, 30 December 2021 diff hist +421 Basic electricity:2.1 Ohm's Law →{{PAGENAME}}
- 03:41, 30 December 2021 diff hist +16 N Basic electricity:2.1 Ohm's Law Created page with "= {{PAGENAME}} ="
- 09:05, 29 December 2021 diff hist +1,368 N Basic electricity:2.0 Simple Electric Circuit Created page with "= {{PAGENAME}} = == An electric circuit == A fundamental relationship exists between current, voltage, and resistance. A simple electric circuit consists of a voltage source, some type of load, and a conductor to allow electrons to flow between the voltage source and the load. In the following circuit a battery provides the voltage source, electrical wire is used for the conductor, and a light provides the resistance. An additional component has been added to this circ..."
- 09:02, 29 December 2021 diff hist +32 N File:Electric Schematic.jpg Electric Schematic current
- 09:02, 29 December 2021 diff hist +30 N File:Electric Circuit.jpg Electric Circuit current
- 08:46, 29 December 2021 diff hist 0 m Basic electricity:1.5 Resistance Admin moved page Basic electricity:Resistance to Basic electricity:1.5 Resistance
- 08:45, 29 December 2021 diff hist 0 m Basic electricity:1.4 Voltage Admin moved page Basic electricity:Voltage to Basic electricity:1.4 Voltage current
- 08:45, 29 December 2021 diff hist 0 m Basic electricity:1.3 Current Admin moved page Basic electricity:Current to Basic electricity:1.3 Current
- 08:45, 29 December 2021 diff hist 0 m Basic electricity:1.2 Electric Charges Admin moved page Basic electricity:Electric Charges to Basic electricity:1.2 Electric Charges
- 08:42, 29 December 2021 diff hist 0 m Basic electricity:1.0 Introduction Admin moved page Basic electricity:Introduction to Basic electricity:1.0 Introduction current
- 12:33, 25 December 2021 diff hist +763 Basic electricity:1.5 Resistance →{{PAGENAME}}
- 12:28, 25 December 2021 diff hist +31 N File:Resistance.png Resistance symbol current
- 12:27, 25 December 2021 diff hist +485 N Basic electricity:1.5 Resistance Created page with "= {{PAGENAME}} = A third factor that plays a role in an electrical circuit is resistance. All material impedes the flow of electrical current to some extent. The amount of resistance depends upon composition, length, cross-section and temperature of the resistive material. As a rule of thumb, resistance of a conductor increases with an increase of length or a decrease of cross-section. Resistance is designated by the symbol "R". The unit of measurement for resistance is..."
- 12:24, 25 December 2021 diff hist +347 Basic electricity:1.4 Voltage →Voltage circuit symbol
- 12:21, 25 December 2021 diff hist +285 Basic electricity:1.4 Voltage →Voltage sources
- 12:19, 25 December 2021 diff hist +28 N File:Battery symbol.png Battery symbol current
- 12:16, 25 December 2021 diff hist +51 Basic electricity:1.4 Voltage →Voltage sources
- 12:15, 25 December 2021 diff hist +21 N File:Battery.png Battery current
- 12:14, 25 December 2021 diff hist +402 Basic electricity:1.4 Voltage
- 11:23, 25 December 2021 diff hist −21 Tutorials:Advantages of Per Unit and Percent Calculations →Advantages of using per unit (or percent) are:
- 11:22, 25 December 2021 diff hist −4 Tutorials:Advantages of Per Unit and Percent Calculations →Advantages of Per Unit and Percent Calculations
