Class 12th - A.C. Circuit with Pure Capacitor | Alternating Current | Tutorials Point

A.C. Circuit with Pure Capacitor
Watch More Videos at:
www.tutorialspoint.com/videot...
Lecture By: Mr. Pradeep Kshetrapal, Tutorials Point India Private Limited.

[@TutorialsPoint_]

Watch Playlist on Alternating Current:
ua-cam.com/play/PLWPirh4EWFpGqvDKL7MwJ_qG9wLhvBJVw.html&si=VJA0G-WjRLfjK5n2

[@georgevarghese3184]

Great teaching👏👍👍👏

[@Jvicky-wk8yc]

differentiation of cos(wt) = sin(wt)(w) so... its w*sin(wt)

[@muhibullah7331]

Yes

[@mevlanisufi2100]

He corrected it later.

[@HV.BEATBREAKERS]

minus sign comes too

[@shashank4216]

@@HV.BEATBREAKERS no bruh integration of sinwt is -

[@smooth8799]

Awesome fabulous

[@Ab0uT0]

thanks for helping us.

[@mychanneltz4466]

Your the best teacher amoung best I salute you

[@gundappabewoor1799]

Sir I want instantenous power consumed please help me

[@naomibarretto6325]

Cleared all my concepts! Thank you so much, sir! God bless you abundantly.

[@godsgift8546]

Sir died

[@AjayMishra-js5si]

Thanks 🙏 sir ji

[@navinraj5697]

Excellent sir... Super.. Way..to understand... Phasor diagram...

[@mikallistarthongney5030]

Great Sir ji

[@prasannmishra4902]

great sir ji.

[@Man2Mr]

Nice demonstration, thanks.

[@RakeshDas-dw4ds]

Sir the way u teach is really unique. Everybody can understand ...thanks sir 🙏🙏🙏🙏

[@ummeaimanansari5276]

Well explained sir😊

[@justus7800]

Sir, could you please comment on the "Power Dissipation" in relation to capacitive reactance (Xc)? Broadly speaking, if rectified, how much power loss is created by X-rated capacitor? Thanks for your time.

[@ameerhamza7385]

Just loved the way of explaining

[@surendrakverma555]

Excellent lecture Sir . Regards

[@AkhileshYadav-yd7xw]

Brilliant explained

[@vivaniitb5723]

4: 30 searching for this only
Thank you

[@arjungupta-bt9ih]

Nice sir

[@gvphysicscoachingclasses9587]

Really good lecture.

[@Rajakumar-sp8fj]

excellent sir

[@quicknaturalbeauty]

Sir is it possible that a current having same magnitude but different frequencies?🧑🤷‍♂️

[@chootzesien9315]

Best!

[@kamalkumar945]

Nice tie BTW

[@sindhushree354]

Understanable

[@mudittiwaritiwari8583]

Thank you for such a video sir

[@zeeshansiddique1412]

Love From Pakistan, Thank You Sir.

[@smooth8799]

😐😐😐

[@Atifkhan-os1vq]

@Aman Khatri most of the course is same

[@sandeshdalvi5667]

how to choose sin 90+angle or 90-angle and can i choose 90+angle for inductance case please clarify this one

[@rashipplaha1203]

If w was negative as in the case of inductor for current we used 90-w but here we will use 90+w because w is positive

[@sumanhalder3476]

Absolutely ..in the equation of e
There w is positive ..so we have to choose where tge wt is positive ...in case of 90-wt, wt is negative..so it is denied

[@ashsaha5750]

Wow!

[@ankitachakraborty7721]

Sir, in case of waveform you also taking as current magnitude is less than voltage. Why is it happened ????

[@arunravindranpmravindranpm2488]

It is because I=v÷r

[@ArifKhan-gy4ir]

Thanks sir gee

[@santhoshkumardssanthosh8121]

Thanku sir

[@Hiddenstar275]

thanks sirr

[@swapnilpani5585]

14:14

[@georgevarghese3184]

In Phasor diagram Why in both inductor and capacitor e increase and i decrease?🤔🤔Can anyone pls clear this doubt.....

[@savitrinaik5986]

It's because there is a phase difference of pi/2 between emf and current in case of inductor
Refer sirs inductor in ac vdo
It will be clarified...

[@rjegatheesh1895]

@@savitrinaik5986 In wave diagram sir showed that 'I' is less than the 'e' but in the phaser diagram he showed 'i' is greater than the 'e' which one is right.... Will you please clarify my doubt

[@savitrinaik5986]

@@rjegatheesh1895 see
In case of Capacitors when EMF is 0 at initial time 0 sec.. current is not 0 because additional current flows through the capacitor in order to charge it as a result there will be a phase difference of PI/2 between current and voltage
Current I leads the voltage by pi/2

[@prajjwalverma6684]

Thank u soo much sir

[@RamanSingh-nl4gu]

Good

[@rajanim4112]

Hard to believe sir has left us 😔 -RIP ---OM Shanthi

[@godsgift8546]

Thank u

[@rathaprasi6135]

I ve a small confusion at last... one why dc is not allowed to pass and ac is allowed to pass ,and also why for dc..omega is zero?..pls reply to this question

[@thelamppost6852]

Great Way of teaching....Sir , thank you..💐💐💐

[@priyakasi2460]

Y we using sin π\2 +theta???y not sin π/2 -theta????pls tel anyone!!

[@maumaura6482]

Why Vmax > Imax in graph
Why not we can't take Vmax < Imax

[@akshatgupta7873]

Sir i have a humble request to you
Plzz reduce your vedio lecture time videos are of 1 hour many !!!!

[@pawanswami8125]

Sir, somewhere there is mistake in integration.

[@pawanswami8125]

Oho okk sir there is no mistake in question

[@navinraj5697]

Integration... That is differentiation... mistake in your comment...

[@chootzesien9315]

[@Good_Vibes_Creations]

Batti method and mistakes

[@rudradas8876]

Madhu Shivanakula , kaha mistakes dikhai dia tujhe?

[@NeerajYadav-pd9kh]

Derivation is wrong

[@navinraj5697]

Tell to all where is the mistake... in equation... If any, clarify.. We will know that mistake...

[@paterfamiliasgeminusiv4623]

He is talking about the "w", he forgot to multiply by "w" the first time but then he corrected it. @@navinraj5697

[@navinraj5697]

@@paterfamiliasgeminusiv4623 Oh.. Ok. Ok.. He corrected... It s alright...

[@eroskuikel9688]

Why do you make mistakes during differentiation and integration?? ARGGHHH! Dislike..

[@georgevarghese3184]

Simply bcoz he made a small mistake,u r disliking the full video pls don't do that he was aged right?😢