Basic Electrical Engineering | Module 2 | Introduction of Single Phase AC (Lecture 9)

[@YeshuAnand-f2d]

04:18 Introduction of Single Phase AC 08:36 The basic principle of generating single phase AC is through Faraday's law of electromagnetic induction 12:54 Knowing the direction and angular velocity of rotation is crucial. 17:12 AC waveform is sinusoidal in nature 21:30 AC and DC have different values at every instant, AC has peak values and DC has constant values 25:48 AC cycle, frequency, and phase difference are key concepts in single phase AC. 30:06 EMF equation of single phase AC 34:19 Maximum flux linkage leads to maximum EMF induced Crafted by Merlin AI.

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[@kapildubey8740]

@@ranjanrai9408 sir, aapme phai m ko lekar kyu derivation kiya, aur uske components me se sirf coswt ko kyu consider kiya sinwt ko kyu nahi?

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[@Spot.....5]

Generation of single phase AC 4:07 Basic terms used in single phase AC 20:40 Derivation for Emf equations of single phase AC 25:40

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[@shubhamchandure3423]

+Ranjan Rai at 28:30 you explained why we have not considered sin component. Can you please elaborate. In rotating case only perpendicular component will do the work, why?

[@ranjanrai9408]

It is the parallel component of conductor coil not the magnetic field so it will work when the coil is in 90 degree with magnetic field. For the instant as drawn on board it is not the peak condition therefore cos or perpendicular comp.has been taken.

[@shubhamchandure3423]

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kindly make videos on Tellegen's theorem, time domain analysis for first order RL and RC circuits, star-delta transformation.

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[@ramanshah4239]

Sir aapne 26:53par jo coil ka figure banayahua hai..osme parallel side phimaxsinwt aur perependicular side phimaxcoswt kaise aya

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[@sarbajitsaha2509]

Why did we take cosine component in the derivation of "emf equation of single phase AC" at 28:40

[@08_ishfaqmalla57]

Sir, Thank you very much. How is s Sine Component Parallel to Magnetic field Lines.

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[@jampukashyap2239]

Sir,why did you take coswt in the derivation instead of sin component. It's my pleasure to get a Reply from you sir

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Me too having same doubt...

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different times, similar minds :) (same doubt)

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sir why did you not take sin component

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Sir please upload entire module as soon as possible.

[@himanshupandey3359]

Sir, ac can be start at point. Then how you are saying 3 zero and 2 max. Let it start after 30 degree. Then in that case only 2 zeros are there, Let it start from 90 then 3 max value we have. Kindly explain 🙏 (21:00)

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[@yashagarwal5816]

sir could you explain the rotation direction for the conductor and how the cos component was taken

[@gyanendratripathi5096]

Hello sir ; emf is generated due entirely to perpendicular component i.e sinwt but u have used coswt . How sir ?

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Sir please upload next lecturer as soon as possible..

[@viveksingh4]

17:18 Sir aapne kaha ki AC source me har instant pe EMF ki value vary karti h...aur DC source me EMF ki value hamesha constant rehti h at each and every instant....🙄🙄. But Sir , DC sources can also be non uniform in nature, ....it's just that DC sources me EMF ki "direction" change Nhi hoti .....

[@viveksingh4]

@@natureexplorer7785 DC sources me EMF ka magnitude fluctuate kar sakta h... condition bas ye h ki EMF ki value :- 1. agar positive h to hamesha positive rahegi (eg. +2, +4, +6 etc...) YA PHIR 2.Agar negative h to hamesha negative rahegi (eg. -4, -3, -6 , -8 etc....)

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Basic terms ka definition v dijiye Sir , short questions ke liye

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28:43................which one is prallel component and which one is perpendicular.........it was not cleared...................plzzzz reply 🙏🙏🙏🏾🙏🏾🙏🏾

[@jawahar2k6]

Sir , in emf equation derivation can we consider phi=phimsinwt

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Sir can you please provide us notes also...

[@sirihasithapenmetsa9390]

A small suggestion sir. Please define the terms used in English and then explain in whichever language you are comfortable.

[@supersonusourav]

Sir, I think AC with double(more) frequency can also be produced if both the conductor and magnet are rotated in opposite directions at the same time. Is it right ???

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