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Can I get pdf of this playlist for exam

Nicee video for my exam

Thank you for this great content mam.. could you please share the pdf of this playlist

Plz provide note 🙏

Nice understanding can share EHV PDF if possible

Good explanation sir... Veery much help full

Thank u didi ache se smj aa gya 👍👍

Videos is very useful 🤩 Thanks mam🙏 Mam how we get pdf can you send pdf me.

Nice sir

Can uh please share this pdf with us

Good

❤️❤️👐🙌

Mam can you share all the HVE pdf..?

Mem, can u share Plz this pdf

too good explanation mam

THANK YOU SO MUCH SIR,IT HELPED ME A LOT SIR😁😁

Good mam time safe ker deya ap na

Excellent lecture. Thanks

Very educating video, thank you

All thanks to you sir, you one video saved a lot of time of mine may God bless you. Keep working hard subscribed, liked the video.

Please send me pdf file

Very hardworking,and it's more important for us ,thanks ma'am

ye 5 sawaal solve karke do please . 20 oct ko exam hai . tumhare saare 76 videos ko like karunga. isse jyada mein kuch nahi kar sakata . 4. A series RL Circuit has R=25, L=25mH. Find Inductive Reactance, Impedance, current and Power factor of the circuit across 230V,50Hz supply. 5. Find active, reactive and apparent power and power factor of the A.C. Series circuit consisting of R= 1 ohm, L=0.001 Henry and C= 1 microfarad supplied with 100 volt, 50 Hz power supply. 6. A coil of resistance 50 Ω and inductance of 0.1 H is connected in series with 100 mF capacitor. The combination is supplied with 230 V, 50 Hz A.C. supply. Calculatei) voltage across each, ii)current through the circuit, iii)power factor and iv) draw complete vector diagram. 7. An inductive coil (10 + j40) Ω impedance is connected in series with a capacitor of 100 μF across 230 V, 50 Hz, 1-Phase supply mains find : (1) Current through the circuit (2) P.F. of the circuit (3) Power dissipated in the circuit (4) Draw phasor diagram 8. An a.c. series circuit has a resistance of 10 Ω, an inductance of 0.2 H and a capacitance of 60μF.Calculate: (a) resonant frequency (b) current (c) power at resonance. Applied voltage is 200 V.

Very nicely explained.

Nicely Explained

Really helpful!

Nice explanation. I never understood this concept before. Thank you Madamji:)

हम आपको एक ही बात कहेंगे कि आप अपने चैनल का नाम चेंज कर ले क्योंकि इस नाम से बहुत चैनल है इस नाम से आप अपने चैनल की पहचान नही बना सकते हो ओर ना ही आपके चैनल को वेरीफाई मार्क मिलेगा क्योंकि ये पहले से ही हमारे चैनल को मिल चुका है सबसे बडी बात तो यह है कि अभी आपके पास अपने चैनल की पहचान बनाने का समय है क्योंकि अभी आपके पास इतने ज्यादा सब्सक्राइब भी नही है कुछ इस तरह का नाम रखें जो यूं टूयूब पर ना हो और किसी को आपके चैनल को खोजने में कोई परेशानी ना हो आपके चैनल का नाम खोजने पर सबसे ऊपर आ जाये कुछ इस तरह का नाम रखो जो एक दम मिल जाये। इसलिए आपसे मेरी विनती है कि आप अपने चैनल का नाम बदल लें। हम आपको पांच से सात दिनों का समय देते हैं वरना हम आपको चैनल के नाम की काॅपी करने पर स्ट्राईक दे सकते हैं क्योंकि हमारा चैनल वेरीफाई ओर रजिस्टर्ड है धन्यवाद

Nice video

Good explanation madam

Thanks a lot Can you please give me the pdf?

Mam pls keep pdf documents link in description

make videos in hindi language

Video quality so less plz increase the quantity

Can we get these pdfs ?

I wish you success

Very informative lecture May i get the pdf ??

Hy can you please email me your notes brianmabuza08@gmail.com

One more method can be used for Recatngular to Polar conversion and vice versa using the Casio ES series ..1) Convert to CMPLX mode, 2) Enter the Complex number(either in polar or rectangular form), 3)Press Shift + Number 2(to enter complex operations mode) and select needed operation, 4) Press =

Sir please DIGITAL VOLTMETER LECTURE...SIR..u r the best

Sir am very happy to see u r videos These type of lectures not in English language... Am able to listen Am from ANDHRAPRADESH

Good video

Very nice informative .... Can i please get these pdf files on drive?? It would be very helpful. Pls send link of drive on my mail id- mr.gpowar@gmail.com Mob.- 8329450992

Awesome

Great effort

Amazing

Good effort

very enlightening lecture. It would be more effective if you keep your lecture short by just including one topic in one video

good teaching style, keep it up.

Really nice sir.But,Make sure Writings made some clear sir