Basic Electrical Engineering | Module 5 | EMF Equation of DC Machine | (Lecture 40)

Subject - Basic Electrical Engineering
Topic - Module 5 | EMF Equation of DC Machine | (Lecture 40)
Faculty - Ranjan Rai Sir
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[@varunsingh744]

Tough topic ko bhi itnaa asaan bana dete hain aap🙏🙏thank you sir ji itne achche se samjhaane ke liye

[@beautycreations2803]

A big big thankuuuuu sir ji for explaining all these topics in details...,

[@mtacreativity7948]

Your videos are easily understandable, basic clear concept,covering each & every points and your board visualizes the whole physical things .......❤Lot of thanks❤.....

[@deepakkhatri3159]

I was searching for this chapter and found you and now I m so Happy because I have understood all this concept from you, Thank you sir thanks a million ❤️

[@NaysWRLD]

Sirji, aap great ho, jo class mein 7-9 lectures mein bhi samjha nahi, voh aapne 30 mins mein clear kara diye, continue this angelic endeavor, loads of respect and love from Bengal 😍😍🤩🥳

[@ranjanrai9408]

Thank u dear ❤

[@NaysWRLD]

Sir, aapka har ek video main dekhta hu, carry on sirji, higher classes ka electrical ka lectures bhi please lena🥺🥺

[@nikhilverma2039]

Bahut hi badiya padhaya sir aapne too much good 👌👌❤❤

[@playwithmaths4205]

Good explanation sir. You make this topic easy to understand🙋

[@ayushraj_3657]

Best explanation 👌💖

[@nilotpalkar8583]

sir, Thanks for reading our thoughts.

[@vikasgamit6773]

Explanation of topic is very clear and short and sweet

[@AJgamers11]

Sir you are great 👍👍. I generally don't comment on any video but your teaching forced me to do so.❤❤

[@nayanmahato8923]

Thank u so muchhh....sir🙏

[@SatyamTechnicalTyagi]

Good teaching skills

[@flyingpakhi3955]

you are just awesome sir

[@Hiteshkohli11]

Dar ko dost mai change kar diya aapne sir♥️♥️

[@sandip_kanzariya8476]

Made easy BEE by sir ......... Thanks sir ji.... Keep it up.

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Love from Jharkhand 🙏🙏❤️❤️

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Thank you sir You are great 👍👍🙏🙏🙏🙏🙏🙏

[@indranilsen8745]

Itne din se mei gate academy mei apka he videos Search kar raha tha...sir ap or vhi videos banao... machine 2 par....mei srif apka he lecture mujhe samaj ata hei

[@Pratham__Sharma]

Thanks sir ❤️

[@champasonowal486]

Bahut valkaye boji paisu! Thanku sir!

[@sumonahamed9428]

Take love from Bangladesh Sir❤

[@bhargabkalita2986]

Sir apko kase thank you kohu moje bhasa nahi hay lots of love 💕💕😘💕 you sir

[@aishwaryabhagat1333]

Very beautiful series.. Thankyou.

[@imvicky8696]

Helpfull

[@dadgamingyt4043]

Nice sir, I am very happy for your awesome explanation

[@siddharthh23]

Awesome Sir

[@asthetic_striker]

00:17 The main topic of the video is the EMF equation of DC machines. 02:27 The EMF equation of a DC machine depends on the relative motion between the conductors and the magnetic field. 05:39 Understanding the EMF equation of a DC machine is crucial for generators and motors 09:16 EMF equation of DC machine is based on the number of poles and type of winding used. 12:02 The derivation explains how much magnetic flux is linked when a conductor completes one revolution inside a magnetic field 15:48 The induced emf in a conductor during rotation 18:52 The induced EMF of a DC machine is represented by a value of 6. 22:31 The concept of DC generator and motor is explained. 24:46 The video covers the EMF equation of a DC machine 27:01 Stay connected with us for upcoming content measurements and live sessions for first year students.

[@asthetic_striker]

@@prapti2385 I am using Chatgpt 4.

[@tkseries6643]

Thank you sir with whole hearted🎉❤

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Best techer on gate accadamy

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Thank you ABBA 💕💕💕💕💕💕💕💕💕💕💕💕💕💕💕💕💕💕 Thank you SIR 💕💕💕💕💕💕💕💕💕💕💕💕💕💕💕💕💕

[@vr11gamerz91]

Sir screenshot ke liye time side ho jaye please... by the Way thank you so much Sir for solving doubts.

[@sauravyadavsinger5033]

Very nice way of teaching

[@s.m.senses7199]

thankyou Sir🙏❣

[@nowrozkhanbarozai]

very well explained dearsir thank u. u really work hard for us. mey be GOD return u in an expected ways ameen

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Thanks Sir for your beautiful presentation

[@SouvikPoddar-yh9nj]

excellent sir

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thanks a lot sir 😇🙏

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Thank You Sir 😊😊❤️❤️

[@navijatana2332]

tuc great ho jahpna 🙌

[@sauravyadavsinger5033]

Great teacher

[@krishnananddubey2870]

Rate of change of flux doesn't need to be divided by time at 7:00

[@vishwasm990]

Yes you are right Rate only means change w.r.t time

[@souravchattaraj7232]

thank you so much sir, that was a very good explanation !

[@sohammondal659]

Very nice

[@abdurrehmanansari9219]

Fantastic explanation sir 👍

[@sureshbadadani5698]

Sir apne to feeeel dediya ki formula kese aya.. Thank you so much ❤️

[@rashmiraj5197]

Thanks sir

[@tensionnot5459]

Kha sa ho

[@ELBMamtasingh]

Great

[@lokanaths1874]

Excellent lecture

[@ramjikumar6267]

Nice sir

[@rhshovan]

THANK YOU SO MUCH.. 02/04/2023

[@bhargabkalita2986]

Love you sir

[@rimeegupta3567]

Nice

[@kirom4265]

Sir if conductors are connected in parallel why voltage is increased? Or am i wrong,in a winding does all conductors are in series?

[@BTCIV_AyushMalviya]

Thankyou Sir

[@ronakgarg7569]

Thanks sir very nice

[@sutradharitabharatkipaurad4716]

Sir lap wdg and wave wdg ka video kaha hai

[@mkdchez4833]

good

[@khemrajkushwaha7436]

Sir commutation in DC generator par video banaye

[@khemrajkushwaha7436]

Please

[@ronakgarg7569]

Thanks

[@rahulrajakapc7377]

Please provide me the link for winding s🙏🙏🙏

[@tamsilakhtar]

Sir how number of revolution per minute is 60/N

[@amolaegade5428]

Z matlab number of turns hota hai kya.....total number of conductors matlab samajh mein nahi aya

[@E_T_______AnkonRoy]

types of conductor ka video kaha hea sir?

[@salwarmoghal8137]

Sir,lap winding and wave winding ki alag video kab ayegi..

[@prithvigupta8215]

start video from 3:30

[@tensionnot5459]

Kha sa ho

[@impostergaming2495]

sir ek doubt hai. is emf ke eqn mei -ve sign kuyn nahi hoga ??? induced emf mei toh -ve sign ata hai magar is mein kyun nahi ???

[@ved_prakash1704]

-ve sign indicates that the induced emf(whose direction is opposite to the flux)which is generated opposes the causes of its production (Lenz law). And here we are finding just magnitude of emf induced in the armature .

[@goodtimes7651]

Where can I get the notes

[@saikeerthana5093]

Where can we find notes???

[@51.kiron_dey5]

sir dc machine ka type of winding ke bare main video banaiye bohat problem horaha hay samajh ne main.

[@gaurhari900]

24:33 👏👏👏🙏🙏🙏

[@nidhigoel8893]

Sir AC circuit is easy or Dc machine Maine Dc circuit to ker liya hai

[@sahilsinha1768]

sir aap samjhate toh aacha ho but sir aa[p screen shot lene ka time nhi dete ho

[@BTCIV_AyushMalviya]

Har Har Mahadev

[@MEB_Aryan]

25:34

[@peeyushverma8509]

1rpm=1/60 rvs hota hai to time taken N/60 hona chaiye

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🎉

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👏👏👏👍

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where r u now?

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Thank you sir...

[@misstopper1]

Thankyou Sir.

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Thanks

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10:45

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Thanks sir

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Thank you sir

[@ronakgarg7569]

Thanks

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15:42

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thank you sir❤❤

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Thanks

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Thanks sir

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Thanks sir🙏🏻

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Thanks sir

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Thanks

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thanks

[@bhargabkalita2986]

Thank you sir