HANDWRITTEN NOTES

Monday, September 26, 2022

Two Coil With Self Inductance 1H And 2H Having A Mutual Inductance Of 1H Between Them Carry Current Of 2A And √2A Respectively. The Total Energy Stored In The Field In

 

Two Coil With Self Inductance 1H And 2H Having Mutual Inductance Of 1H Between Them Energy In Field


about this video-

in this video I explain you a question which was asked in SSC Je 2011 the question is -Two Coil With Self Inductance 1H And 2H Having A Mutual Inductance Of 1H Between Them Carry Current Of 2A And √2A Respectively. The Total Energy Stored In The Field In


Joules Is

For The Circuit Shown Below Voltage V1 Will Be | Nodal Analysis Problem | Nodal Analysis Numerical|

 For The Circuit Shown Below Voltage V1 Will Be | Nodal Analysis Problem | Nodal Analysis Numerical| 


about this video-

in this video I will explain you what is KCL a numerical which was based on Nodal analysis which was asked in SSC Je 2007 the question is -

For The Circuit Shown Below Voltage V1 Wil


l Be

A Current i = (10 + 10 sint) Amper Is Passed Through Moving Iron Type Ammeter. It's Reading Will Be

 A Current i = (10 + 10 sint) Amper Is Passed Through Moving Iron Type Ammeter. It's Reading Will Be 





about this video-

in this video I explain you a question which was asked in SSC Je 2008 the question is-

A Current i = (10 + 10 sint) Amper Is Passed Through Moving Iron Type Ammeter. It's Reading Will Be 

Sunday, September 25, 2022

A wheat stone bridge has ratio arm of 1000Ω 100Ω resistances, the standard resistance arm consist of 4 decade resistance boxes of 1000, 100, 10, 1Ω steps. The maximum and minimum value of unknown resistance that can be determined with this setup are

 about this video-


in this video I will solve the numerical which is come in SSC Je electrical


question - A wheat stone bridge has ratio arm of 1000Ω 100Ω resistances, the standard resistance arm consist of 4 decade resistance boxes of 1000, 100, 10, 1Ω steps. The maximum and minimum value of unknown resistance that can be determined with this setup are


A separately excited DC generator has a no-load voltage of 127 V, Ra = 0.02 Ω and Rsh = 15Ω Find the armature current when the generator terminal voltage is 120 V on load

about this video- 

in this video I explain you a question which was asked in SSC Je 2020 the question is-A separately excited DC generator has a no-load voltage of 127 V, Ra = 0.02 Ω and Rsh = 15Ω Find the armature current when the generator terminal voltage is 120 V on load


Saturday, September 24, 2022

Comparison Between Emf And Mmf || Diffrence Between Electromotive Force And Magnetomotive Force ||

 Comparison Between Emf And Mmf || Diffrence Between Electromotive Force And Magnetomotive Force ||





about this video-

in this video I tell you about the difference between Electromotive Force and Magnetomotive Force. 


Thursday, September 22, 2022

What Is Magnetomotive Force | Magnetomotive Force Definition | Mmf formula | MMF Unit |

 What Is Magnetomotive Force | Magnetomotive Force Definition | Mmf formula | MMF Unit | 




about this video-

in this video I explain you about Magnetomotive Force which was also known as mmf.I tell you about the definition of Magnetomotive Force (mmf).about Magnetomotive Force formulas. And Diffrent unit of Magnetomotive Fo


rce.