Impedance explained |Reactance |Resistance and Impedance difference| Hindi

In this video of "Impedance explained" we are mainly going to learn.
1. Resistance
2. Reactance
-capacitive reactance
-inductive reactance
3.Impedance
#Impedance #Reactance #Resistance
If you have any doubt don't hesitate to ask in the comment section :)
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[@electricaldost]

Happy Diwali Sir ☺️

[@NOMORErattamaar]

Happy Diwali sirji ☺❤🌸

[@jyotiacharya3902]

Ap yha, me apke channel ki bht bdi fan hu sir❤️

[@jyotiacharya3902]

Best best best 👍 super excellent ❤️

[@vichitradev5070]

😀

[@alwaysraj001]

Big fan sir

[@riteshpoojary8941]

I passed my 11th in 2006 and in 2022 I am understanding the meaning of all these terms.

[@carryMinaat]

2015

[@callofcomedy1339]

Aap or electrical dost dono hi concept ko dil se explain karte ho.♥️♥️♥️

[@jatinsolanki1130]

Thanks a lot sir. I was facing confusion in these three terms from the very beginning of my engineering but now you made it so easy to understand that I will not forget it .

[@pradhumnsingh7005]

It's very amazing "no more ratta mar" again you prove that sir.

[@sopanadhao3779]

Excellent teaching...I got clear my confussion..

[@NOMORErattamaar]

❤❤❤

[@pranav.n07]

Pure 4 saal hogaye engineering ke par aisa explanation kisi ne nahi kiya 😅 Great Sir 🙏

[@bhaveshdeore6636]

Best explanation available on RUclips thank you sir

[@krishnachaudhary7978]

One of the best channel, and this channel live up to its name- No more ratta maar (Indeed)

[@549_nagarkrishna9]

Amazing, kafi time se current ke related questions tha jo aaj ja kar clear huva also impedance or sab.. Thanks a lot sir, for clearing our confusion 🙏🙏

[@rdxshrab5677]

Thank you🌹❤🙏... Brother\sir ...
I have no word to express my feelings....
May God bless u... 🎯🙌🏻🙇🏻‍♂️

[@lalit3493]

Can you explain how to become current value 0.98 ampere ?
R =2 ohm
L=0.1H
Assume F=50 Hz
So Z= 31.41
I=V/z
I= 10/31.41
I= 0.3177 This my answer
Please explain

[@lalit3493]

#NO MORE ratta maar
@NO MORE ratta maar
can u reply me

[@atulverma1626]

don't be over smart bro

[@lalit3493]

@@atulverma1626 can u explain me current value

[@hardikprajapati4212]

thank you @youtube for recommend this amazing video 🙌

[@inxeoz]

etna toh mujhe, mere college wale professor bhi nhi samjha payenge😂😂

[@dipaknageshwar248]

One of the best teacher who has teach us clearly which is fully understandable
Thank you sir 🤩🔥

[@nikhilbhukya7894]

Best explanation ever😇

[@anuragkathait5610]

dil se thank you bhai ..sachhi

[@samadhanrothe4397]

All doubts solved....such a good explanation with real examples 👍

[@likithRoshan-]

Same here

[@jagadiswarchakraborty295]

Bahut khoob । Explained beautifully.

[@priyanshpawar2083]

Thanks sir , ye bhot hi jiyada confusing tha abhi clear ho gya

[@ManojKumar-pz9yu]

Sir your way of teaching is amazing, you very clearly explain the topic impedance 🙂🙂

[@NOMORErattamaar]

😇😇❤

[@ssshweta.gautam]

WHAT A EXPLANATION!!!!!! MIND BLOWINGGGG

[@ganga7178]

Excellent
Less time
Nice explained
With pictures
Mujhe aisi hi classes chahiye thi 🥰🥰🥰🥰

[@syedsalman7737]

Amazing Explanation...Thank you very much Sir🙏

[@NOMORErattamaar]

❤❤❤

[@AjaySaini-jr6ns]

Thanks sir you cleared my 6 year confusion about impedance

[@pawankumaryadav6526]

Nice sir earlier bro bhut jyada confused tha study se bhi clear nhi hua tha.Good job

[@shahrozfareed9901]

Best way of explanation
Appreciated
From pakistan.

[@shoudhodas9031]

Outstanding explanation. Thanks.

[@imnotaburrito9365]

Finally some video that explains it beautiful, thanks :'

[@varunpawar]

Really visualised and understood the whole concept just as he promised 👏 , thank you.

[@VIVEKKUMAR-br8sw]

Sir you way of explanation is awesome..❤️

[@mihirpande8786]

finally it makes sense amazing explanation

[@Jaydeep418]

Badhiya tarike se samjhaya
You're the Change

[@riyaniaggrawal4392]

Batane ka tarika next level bhai

[@letscreative2349]

Very well explained 👍

[@madhavimahajan5397]

Your teaching is very nice for biggeners

[@Aashikhbitual]

Thank you sir for make us understand you are very valuable for me i subscribed your channel and also liked keep doing ❣️

[@komalbhosale8126]

Can you please explain 0.98A for 10V ac
I am getting 0.31A

[@Ashish-nv2fm]

🔥Sir you're explanation are so awesome 👌 👏 👍
Har doubt clear hojata hai🤗

[@vishnuKumar-yc3be]

Thank you so much sir ji
For clear my all the confusion to this 👍🏻

[@rahulbhosale6610]

Thank you so much sir.. no one told me this..

[@ballisingh6630]

Im alreday Govt.engr,but nicely explained,refreshed my memory,Subscribe done.

[@choudharychoudhary7768]

Thanku soo much sir,mere liye bhot bada doubt tha ye🙏🙏🕉🕉😊😊

[@maroofalikhan6210]

Great....Your way of Explanation Exceptional......💯💯💯

[@dolidaksh8692]

Thanku soo mach sir🤗😍👏🙏🏻

[@gayatrisrivastava7325]

Sir dil khush ho gya ❤

[@GoliJiYT]

Y=G+B
Z=R+X
Impedance is vector sum of Resistance and Reactance
Same as , Admittance is vector sum of Conductance and Susceptance
Y=Admittance
G=Conductance
B=Susceptance
Z=Impedance
R=Resistance
X=Reactance

[@mukeshkumar-sl4wu]

Very nice Explanation Sir
thanks 🙏

[@DevuKushwaha-od7dc]

Nice explanation but sir i have a question ❓- we know that z=√r^2+xl^2 then why z=√r^2+(xl-xc^2) it should also be add

[@nanugope8799]

Sir electronics component ki parts by parts video bana do aap hamare guruji ho dhanyabad.

[@rajibloachansahoo4345]

Very well Described Sir 🙏🏽

[@NOMORErattamaar]

Thanks 😊❤🙏

[@mdarifansari2573]

That is called true teacher

[@lect.shabirahmadmir1592]

Nice teacher,nice teaching,proud of my pyara Baharat

[@nitishchandrade4335]

Sir you described these very nicely.

[@niceok7454]

Impedance samzane ke liye thank you sir

[@roseheart4268]

Thank you sir. You are doing very well job for ckt design Engs

[@StarBoyOfficial01]

Apka samjhne ka tarika mast hai

[@ravikumarmandal4022]

Shandaar ...... jabardast.......very good brother keep learning keep growing

[@sonividhyasagar5754]

सर जी आपने अच्छे से iapmedance का जानकारी दिया बताया हम सब को इसके लिए बहुत बहुत धन्यवाद आपको लेकिन यही iapmedance का कार्य जब पुर्व के बीह तीस साल पहले ,TV एन्टेना के बुस्टर मे लगता था जिसमे एक बैलून होता था जो टेरेस्ट्रियल प्रसारण से आने वाले सिंगनल (300 ओमs iapmedanceको 75ओमs मे iapmedance बदलता था वो कैसे इस पर भी विडीयो बनाये कृपया

[@knowhowspirit8589]

Good...
Channel "Knowhow Spirit"
A learning and awareness based channel.

[@ayushverma8188]

Bahoot sahi maza aa gaya

[@npmohre8726]

Thanks bhai I could refresh my forgotten syllabus after 1978

[@ketulparikh7748]

Bestest video on utube 😍😍🙏🙏🙏🙏🙏

[@macrd8961]

Wahh bhai maza a gya.....kya explain kiya hai❤️

[@swaminathanbalasubramanian7070]

super explanation...congrats

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thank uh sir i found a hope to study in uhh

[@alirajpoot3273]

thank u sir .u r a good explainer

[@NOMORErattamaar]

😊❤

[@gobngrg883]

9:45 Equations nahi bata na tha.. 😁par bata diya 😂😂 par mujhe baut achcha laga eqs batake!! 😂 Thanks!

[@twilight7138]

Sir aap ki teaching📈📈🤟🤟

[@ManishKumar-re4fo]

Very Good, nicely explain in short time, Weldon.
Actually I was looking for "What is High Impedance in Hindi" but it is also Good, explained. 👍🏾
Can you please make one more video on High and Low Impedance and Input and Output Impedance in circuit as I got stuck at this line in Microcontroller tutorial, saying- "Floating input: In this mode, the pin is high-impedance"
Thanks.

[@NOMORErattamaar]

Sure Brother, I will try to make 😇❤

[@YuvisTechPoint]

Great explanation 👍🏻 thanks 😁

[@AllRoundGaming007]

Sir nice explanation doubt clear ho gya

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Very nice explaination✌️💫

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Sir aapne Dil jeet liya ❤️

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I am not getting education like you, i always get some confusion in our tution. But I have not any confusion in your videos

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Bhaut hard bhaut hard bhaut sahi samajh aaya👍👍👍

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Aap stator Testing video or rotor Testing video bhe bnao , jaha pe bijli banti hai thermal,Hydro, nuclear, etc. Mai Testing karta hu

[@qamarsaeed4858]

Sir please make a video on this topic. "how to select cable size according to load"

[@NOMORErattamaar]

Sure 😊

[@vipkumar415]

Thanks sir very useful word

[@mritunjaymahato2022]

very nicely explained sir.

[@jashandeepkaur503]

osm....thankuuu sooo muchh keep it up sir

[@RaDacms]

बहुत बहुत धन्यवाद

[@vikash3gkp]

The way you are is excellent 👍

[@arindamn4880]

Thank you sir😀

[@yashuyadav6664]

Thank you sir
Nice explain

[@ee-39vikashkumar13]

Best explanation ❤❤

[@sumits_shetty]

Apne jis circuit dikhaya hai usme jab AC supply feed karenge to usme current magnetude kaise change hoga? Jo constant hi rahega na ? Aur jab current constant raha to reactance kaise agaya? Example, Agar yahi circuit me celing fan ka load connect Kiya to current magnetude change hota hai aur reactance picture me aayega.
Pls revert.

[@kandiboinajeevanpavansvkum5972]

Very Good explanation.first of all Congratulations to you.your knowledge sharing to others. I have doubts for lots.but I can't write everything.only one doubt asking to you.why AC source you put replace of DC source.What are the real time application in this both.why we call impedance only here.in communication we use also impedance what difference if any explain.tnq u.your activeness and smiling I am very happy.

[@successismine9891]

Tysm sir it was really really helpfull

[@user-ly4tz9xq2c]

video main sab kuch badia hain, bt sound quality thoda sa improve ho jay to aur bhi badia rahega

[@thepresentindian7232]

Loved it sir ❤️❤️❤️

[@calligraphy_shorts_by_sakshi]

Loved your Vedio ❤️❤️❤️.......
sach me yaar.... concept clear ho gya 😁

[@tanujsharma860]

Hii

[@saugghos]

Sir accha samjhaya aap ne. Clear ho gaya concept

[@NOMORErattamaar]

😊😊😊❤

[@Shivam-ne9tz]

Very good explanation

[@dhetolangthasa169]

Wow excellent 👌👌👌

[@sbhosale2101]

Very nice and neatly explained. Thanks sir.

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Excellent info sir

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Sir please make a video on transmitter !!!

[@himanshushekhar4524]

Nicely explained......thanks!!!

[@pankajsharma-bc8hx]

Great work salute you from heart,sir.