Resistance wattage in series and parallel

[@panjabraut4008]

बहुत ही महत्वपूर्ण विडिओ लागी माई बहुत confuse था इसके बारे मे,अब clear हो गया की resistance serier करो या parralal wattage तो बढती हैं, thank u

[@sumit4036]

Sir yeh baat muje pta hi nhi thi... series waali ....ur really great man .....

[@TotalPowerSolution]

Thanks for your valuable like and comment

[@salmanbrh123]

Kya information Di hai sir kasam se Maza aa gaya you are a great teacher. Thank you so much

[@ShinchanShinchan-t6x]

Best knowledge thank aisa hai video banate rehana sir

[@shafiahmad6795]

I always give like before seeing your videos regard from Pakistan

[@TotalPowerSolution]

Thanks

[@tanjiro3285]

me too

[@mohammadsherali]

Thank you lots sir. Hum bahot TH-cam vedio dekhe but power handling bare me koi nehi bataya. Mujhe sirf yeh janna tha ki series and parallel me Current konsa me ziyada hoga. Mil gaya information sir. Very very nice and knowledgeable vedio.

[@adhilroshan9384]

Thank you sir....... Apke har electronic ke class bade knowledge milthe hai..... Kitne shukre kare bas nahi hote.... Dhanyawad sahab.....

[@amarjeetsinghbanger2895]

Pawan ji well explane.You are a good teacher.thank you.

[@TotalPowerSolution]

Thanks for your valuable like and comment

[@mahadevappam5325]

Excellent explanation very well explained
Even a dullard can understand easily
Thanks very much
I have seen many videos regarding inverters. All the explanation had shown
Your superior intelligence in electronics .

[@akashaudioworld883]

Sir aap ka video bahut aacha lagta hai

[@TotalPowerSolution]

Thanks keep watching

[@umargul5644]

Great job sir,I also do same as shafi ahmad, without seeing like and comment,after like and comment I watched your videos.

[@devrajgarg5233]

Good job Pawan g

[@pravakaruttarkabat1102]

First view first comment first like

[@TotalPowerSolution]

Thanks
First like

[@jagdishbilgi1518]

Excellent presentation, Bro. Loved it.

[@v.vincent6631]

Mr.Pratap saab...
I abject your theory about resistor series circuit.
1k 1/2watt + 1k 1/2watt = 2k 1/2 watt.
Not like your calculation
1k 1/2 watt + 1k 1/2 = 2k 2 watts this is wrong.
Value of the resistor will be added, but the wattage will be remaining the same wattage in series connection.
Your Parallel resistor theory is 100 % correct.
So please reconsider.
Thanks
Vincent

[@TotalPowerSolution]

Respected vincent
In series 1k(1/4w) +1K(1/4w) =2k(1/2w)
Thanks

[@ketanmanvar4170]

Vincent ........you are right👍

[@v.vincent6631]

@@TotalPowerSolution Respected sir please watch your video once again. You explained like this, 1k 1/4 watt + 1k 1/4 watt = 2k 1/2 watt.
What i mean is 1k 1/4 watt + 1k 1/4 watt = 2k 1/4 watt.
Not 1/2 watt as per your theory in series.
Thanks

[@v.vincent6631]

@@ketanmanvar4170 thank you sir..

[@MainakDasPappu]

Yes

[@buddhadevdey5637]

Knowledgeable video sir

[@nayanjagirdar8408]

👌👌👌👍🙏

[@ascgc]

Nice sir thanks for this
It is very helpful 🙏🙏

[@manasranjangts]

Thanks for clearing my doubt. Nice explanation

[@RajKumar-pp9ll]

great explanation, keep it up

[@gaurav.porwal]

Very simple and practical way of explanation.

[@electronicnormalking6704]

🙏🙏🙏🙏you are great sir ji🙏🙏🙏🙏🙏

[@TotalPowerSolution]

Thanks

[@ronakparmar6717]

Thanks 1000000 time

[@muqeemansari6208]

Osm

[@TotalPowerSolution]

Thanks

[@dreamtune7117]

I am very thankful to you sir.

[@sanjubluerock3]

Thanks a lot for making it so simple to understand...keep teaching sir... respect 🎉🎉🙌

[@SanjeevKumar-pb8dz]

Sir ph no

[@viswanathancr2801]

good video

[@hardikpadsumbiya5590]

Nice video 👌 sar ji

[@vikashkumar3629]

Aap ne bahut kuch sikha dea hamko

[@yatinsingh1642]

Nice good

[@TotalPowerSolution]

Yatin bhai ki jai ho
Gud night

[@ajaykumarsah590]

Thanks sir aap ne bahut achha se samjhaya

[@Hhtfvhrcbgrejkkjhffvbhb]

👍

[@TotalPowerSolution]

Gud night

[@Hhtfvhrcbgrejkkjhffvbhb]

Good night, sir
Please sir, make more video,, very nice guide. Same make smps use very hard degine . 100 amp /54v
Thanks.

[@babluojha151]

Very good videos brother thanks

[@subratahomeapliencep.c.s7959]

Nice vedio sar

[@TotalPowerSolution]

Gud night

[@headway19]

Excellent explaination Sir 👍

[@digital210921]

Very nice video for electronics students.

[@TotalPowerSolution]

Yes
Thanks

[@nakulsoni4793]

Nice video sir

[@TotalPowerSolution]

Gud night

[@gonesrinivas1330]

Excellent explain

[@suparkishan]

Thanks sirji

[@TotalPowerSolution]

Always welcome
Gud night

[@tpriders8736]

Very information full video . 😍😍😍

[@satvirsoni3500]

Sir ji tusi great ho 🙏🙏🙏

[@TotalPowerSolution]

Gud night

[@AamirKhan-rz5qo]

Very very nice video thank you sir je 🙏👍👏🎁🎀💕🇨🇮🌹🇦🇪

[@TotalPowerSolution]

Always welcome

[@anandamaji9872]

Great Sir 👍👍 thanks

[@TotalPowerSolution]

Thanks

[@maheshjangid8315]

Great sir

[@souravchakraborty4571]

Excellent explanation. Thank you very much sir.

[@MMaheshThakur]

Maza aa gya sir

[@AshokKumar-we2xz]

धन्यवाद!

[@santoshpatil6594]

👌.👍👍 Very knowledgeable sir 🙏..

[@balaji.gbalaji1164]

Good explain bro...👌👌👌

[@TotalPowerSolution]

My pleasure

[@subratamanna7321]

sir i love your channel so please keep uploading vedio

[@TotalPowerSolution]

Thanks for your valuable like and comment

[@maheshjangid8315]

Great sir

[@TotalPowerSolution]

Thanks for your valuable like and comment

[@rifatkhan8319]

❤

[@TotalPowerSolution]

Thanks

[@navinpatel3052]

Good information sir.

[@SudarshanKumar-ci8cm]

Thanks you very much sir

[@TotalPowerSolution]

Always welcome

[@amirahmad4479]

Sir

[@yuvarajunimmana2362]

Sir namaste. Great tutorial sir. If u explain more than 2 resistances in parallel with equation then your video will be a complete pack. You r my guru ji. It is only my suggestion sir. Once again thank you sir

[@sandipwagh5713]

pawan bhai ki jai ho . very nice explain sirji. kya bat he bhai bohot hi late video bana rahe ho . thnx. good morning .

[@TotalPowerSolution]

Gud morning

[@amrishhirani6096]

Thank you

[@TotalPowerSolution]

Thanks

[@creativitymachanic335]

Good videos 🎥

[@umeshverma6598]

Very very thanks sir Ji,

[@rakeshrana1837]

...vvvvvvvvvvv.good.

[@rinkumauryapbh3917]

Very nice sar

[@TotalPowerSolution]

Thanks

[@kamleshprajapati8341]

Sir super knowledge 👌👌👌👌👌👍👍👍👍

[@jagdishannepu7179]

Thank you Sir!

[@pushpendraverma4856]

🙏🌺🌺🌺🌺🙏

[@TotalPowerSolution]

Gud night

[@codewithravi8549]

Thank you very much

[@vikashkumar3629]

Very nice Sir

[@narendrathakur3233]

Nice information 👍👍👍

[@AbhishekSharma-pe7xs]

👍👍👍👍 thank you sir

[@rahulpatelgujratahmedabad3497]

Good tiçhing 👍👍👍👍👍👍👍👍👍👍👍👍👍

[@Mr053125]

Very good information.

[@Overlord5242]

Thanks sir for building my concept ❤️.

[@TotalPowerSolution]

Always welcome

[@amirahmad4479]

Hi

[@ykmt96]

I think it depends on whether we have constant current source or constant voltage source.

[@dhansinghmeena5267]

Nice

[@TotalPowerSolution]

Thanks

[@SachinKumar-zd8fc]

🙏🙏🙏🙏👌👌👌

[@gajayendrasingh3173]

Nice 👍

[@mubarakbenu3405]

thanks sir.our douft is clear , sir pls make capacitor series and parrel .. and mfd value why diffrent sir . we are waiting sir. one more thanks sir.

[@babudas3068]

Thanks

[@rasheedahmed1335]

Great information sir thanks

[@Kumarbamberdeepak]

good

[@TotalPowerSolution]

Thanks

[@devilmaycry8288]

Resistance circuit mein voltage ko drop krta hai ya current ko ya current ke flow ko dheema krta hai same voltage rkhkr?

[@darvinvarghese2536]

Please make video about charging of h bridge inverter.....also waveforms on charging

[@MD-ASIF-RAZA]

Thanks good information

[@amikapkl7947]

I have never seen a teacher like you in TH-cam . Your single Video is so simple explanation .Thz u sir

[@JAYKOSHAL1990]

Me ulta samajh ta tha ...thank yu sir...
Fir v confuse me hun

[@bloodtest2201]

Nice information sir ji

[@jaherayo6978]

Sir, plz make a video on fire fighting systems i.e. fire pump / fire hydrant along with their wiring system and equipments of high rise building .

[@HarishKumar-fh1ii]

Thanks for

[@ketanmanvar4170]

पवनजी ,,,,,
सीरीज़ में रजिस्टर जोड़ने से रजिस्टर की पावर हेंडलिंग केपेसिटी watt नही बढ़ती बल्कि घटाई होती है,जबकि पेरेलल में बढ़ती है, सायद में गलत न होऊ तो ,प्रेक्टीकली पॉसिबल ही नही है

[@TotalPowerSolution]

Respected sir,
It will increase in both cases because in series also voltage divided across all Resistances in series hence the power handling capacity
Thanks for your valuable like and comment

[@ketanmanvar4170]

@@TotalPowerSolution I mean in series 1/4 + 1/4 =1/2 is mathematical right but in this case it's wrong,it's 1/4 + 1/4 = 1/8 it's 0 .125 watt

[@bijoykrishnabag8685]

Wonderful

[@baajbam6182]

good sir g

[@chinnarao326]

Resp Sir! Nice Sir. Sir Doubt Sir 0.22 Ohms 1/4 Watt at the Circuite that Same Ohms Resistor 1Watt if the Replace is Suitable Sir or Not Sir Please Advise Sir. -- ChinnaRao Paderu Andhrapradesh

[@4629jay]

Bhut hi useful information thanks
Sir microtek sinewave hb1650 ka microcontroller kha se milega 🙏

[@pradeepgupta1190]

Kya ceramic rasistance ko bhi series me lagane se ohm , watt badhenge

[@NasirAhmmad780]

Very nice Sir Ji.. But one vedio make on tollerence 3,4,5,6 band resistors

[@TotalPowerSolution]

Ok

[@NasirAhmmad780]

Thanks For Reply.. Also in previous Vedios I want information about Falcon Eco Sinewave Inverter related battery low, overload and Drive Voltages

[@naeemuddinansari]

Sir very nice information lekin sir siries me lagane se watt kaise badhega mujhe itni knowledge to ni h par is topics par aap practically video banaye apki ati krapa hogi please

[@kamleshitistudent6172]

Sir super vidos aek or video banaye inductor par inductor Ac me kese kam karta he and Dc me kese kam karta he or AC me magnetic field banta he ya nahi and Dc me magnetic field banta he ya nahi please may 🙏request Video banaye

[@TotalPowerSolution]

I think already in playlist

[@devenderbhaduhrfarmer211]

sir 47r0 smd ki jagah cooler wala kone sa lgaye

[@gulshanmakhija1]

Kya led ke sath bhi esa hi hota he

[@nandikoyalkar5079]

I have a doubt. To glow led of 2v and 20 milliamps We need to apply resistance of (220-2) /(.020). I.e., 11 k ohms across 220 v supply.
So if we need 5v and 2 amps, should we be using 215/2. i.e., 107.5 ohms resistor?