Ohm’s Law? - Part 1 | Don't Memorise

[@InfinityLearn_NEET]

Ohm’s Law is generally applied only to direct current (DC) circuits, not alternating current (AC) circuits. In AC circuits, because the current is constantly changing, other factors such as capacitance and inductance must be taken into account. To access all videos related to Electricity and Circuits, enroll in our full course now: infinitylearn.com/cbse-fullcourse?KZbinDME&FTj9LWkmm8&Comment To watch more Physics videos, click here: bit.ly/PhysicsVideos_DMYT

[@sidratulmuntaha4050]

what is the meaning of AC and DC

[@MohanRaj-zc2im]

thank u

[@Pr_sahu]

@@sidratulmuntaha4050 Ac -alternate current . Dc-direct current bro ..👍

[@B0ssguy]

@@sidratulmuntaha4050 thats a band

[@rangjong1959]

@@sidratulmuntaha4050 AC stands for alternating current and DC stands for direct current.

[@vigneshkumar8210]

Ur few minutes video explns far better than tutorials

[@InfinityLearn_NEET]

Thank you for your comment. )

[@రవికుమార్లంకే]

It is absolutely correct...👌👌👌

[@anitarana3459]

Yes

[@ofcanjan]

Any YT recommendation that I get, shorter video (directly proportionate) to quality video

[@Niki_the-poetica05]

Yess

[@Pro0osh]

Genius explanation!! Watching this to understand the relation between: blood pressure , volumetric flow rate of blood and vascular resistance... It is similar to Ohm’s law... Thank you so much for this great explanation!

[@uvuv754]

Didn't know this was an Indian channel proud of u❤️

[@lovely_kittens]

Anyone can recognize that from her accept

[@iron4je]

@@lovely_kittensaccent*

[@lekshmikp5997]

Its really clear from her accent that she's an indian

[@anjanaarya6629]

The speaker isn't AI...?

[@AndrewWeng]

Thankyou. 2min teaching better than all the other 10min plus videos.

[@shevannanayakkara3307]

This video is DOGWATER

[@bigfella3224]

😔✊

[@KakarKhanZarak]

I would have never understood Ohm's Law this way. You guy are doing fabulous job.. keep it up.. thanks for such a brilliant and simple explanation.

[@gowrikotni540]

The videos related to electricity should be grouped together in a playlist

[@nishalkamal9167]

yeahhhhhh🙃

[@aaravcheruvil202]

Loved the explanation i could have never understood ohms law without this video

[@zaad8631]

U well explained the content in short a time. Welldone

[@thilaga1755]

Its been 2yrs coming to this channel i learnt 8th maths from you😂❤️now in 10th feels nostalgic hearing your voice :)

[@bennson4631]

Ooh Balloons are deflatin' Guess they look lifeless like me We miss you on your side of the bed, mmm Still got your things here And they stare at me like souvenirs Don't wanna let you out my head Just like the day that I met you The day I thought forever Said that you love me But that'll last for never It's cold outside Like when you walked out my life Why you walked out my life? I get like this every time On these days that feel like you and me Heartbreak anniversary 'Cause I remember every time On these days that feel like you and me Heartbreak anniversary Do you ever think of me? No (Ooh) No-no, no (Ooh, ooh, ooh) Ooh, nah I'm buildin' my hopes up Like presents unopened 'til this day I still see the messages you read, mmm I'm foolishly patient (Foolishly patient) Can't get past the taste of your lips (Taste of your lips) Don't wanna let you out my head Just like the day that I met you The day I thought forever Said that you love me But that'll last for never It's cold outside Like when you walked out my life Why you walked out my life? I get like this every time On these days that feel like you and me Heartbreak anniversary 'Cause I remember every time On these days that feel like you and me Heartbreak anniversary Do you ever think of me? Of me 'Cause I think of you, think of you

[@jjmcrosbie]

Yes it's a neat analogy. Yes, by all means memorise Ohm's law. It states: "IN A CIRCUIT AT CONSTANT TEMPERATURE the ratio between electromotive force and current remains constant. That is Ohm's law correctly stated, and that's the answer you will need for your Physics exam. If you're asked in an exam to state Ohm's law, writing the common formula I=V/R will fail the question. It is of course perfectly true and the formula you will need to work out the examples they set. I just want you to pass your Physics exam.

[@znrdn]

I really like how simple yet very informative these videos are.

[@omnionmedia]

1:00 isn't the flow of water quicker because of the pressure applied by the water, much like a hose that you squeeze? The overall time to pass all the water is slower yes, but the water speed in the hose is faster no?

[@ferhan-u7q]

Ilove This Channal Because The Way SHe Explain Everything For All Subject Is by Simple Way So it's Not Difficult To understand thank you very much keep it up❤❤❤🎉😍😍

[@simrath5074]

For a long time I was struggling to understand this law , now I understood it in 2 min Great job ❤️

[@devamkharbanda1765]

You just exlpained it in a very simple way. Best Explanation...

[@chayavlogsandrecipe5332]

Mam your explanation was ultimate

[@hunainghouri1768]

One of the best example you give to understand Ohms law. Thank you 👌

[@InfinityLearn_NEET]

We're humbled to hear that! Thank you :)

[@sonalsonal212]

😆🤨🤨🤨😏😏😏😏 Lagta hai tum padte nahi Ncert book me hi likha hai

[@abcdwxyz6502]

This is the most common example in ohm's law

[@silentnight8256]

Your 2 or 3 minute video easily explain any complex topics . Your videos takes less time and easily understandable for every one

[@broadband4016]

Needs to explain potential difference,resistance and current.their units,symbol.a few problems etc.

[@AndrewWeng]

Even though I think this video is brilliant, I asked students for errors for a Freddo. There are a few. Electrons are traveling in the wrong direction. Electrons are moving through the voltmeter. Lesser should be Less. The beaker water heights are not at the same level at equilibrium.

[@shevannanayakkara3307]

tell em

[@shevannanayakkara3307]

STRAIGHT UP FACTS

[@bigfella3224]

sir please give me a freddo thank you

[@revengeofthenoobs1579]

Hi Mr Weng

[@blinkJISOOver1995]

Omg, you are incredible. Farrrrr better than anyone. Thank ya! 💕

[@darkangel2838]

Your teaching techniques r very good

[@babitabhatt776]

Learning becomes fun through such exciting Video lessons!! Thank you @Don't memorise.

[@InfinityLearn_NEET]

You're most welcome Babita. We are glad that you understood the concept. We are happy that we could help you learn. You motivate us to do better. Keep watching our videos : )

[@ratnasaha1968]

Please update a video on Wheatstone bridge principle.

[@kyokajirou9430]

Me and a few of my friends were struggling on this topic. Thanks a lot

[@mi-pw2mk]

Thanks, i understand very clearly

[@InfinityLearn_NEET]

I'm glad to hear that. Thank you for sharing and thanks for watching! :)

[@jyotisoni8191]

So nice explanation . Thank you very much 👍👍

[@deekshakrishna8764]

Thank you so much, I was able to understand Ohm's law through this video ❤️❤️🙏🙏

[@ankita82416]

I am truly so satisfied with all of ur video explanation.. even our teacher oneday shared information about your channel..love this channel

[@merugumanisha1261]

The way u explain mam, it is brilliant . Thank u very much mam

[@manyagupta5322]

This cannel is magic, please make more videos for class 10 physics and biology

[@soofisharma6053]

Best video ever miss please be continue to explain us in the same manner

[@BHATFUNTV]

Ur few minutes video is much better tha any other 1 hour video in which they are discussing about their internal matters 👍

[@siddhi8727]

Superb .... Just 2 min makes the Ohm's law super easy...

[@InfinityLearn_NEET]

Thanks a lot, Anamika! We are glad our video was easy for you to understand. Keep watching! 🙂

[@atifnisar8925]

Nice. I am so happy from you

[@RaviYadav-ow8hq]

Very good explanation 👍 I can't forget in my whole life ❤

[@pokehuntinggaming6308]

everything is easy this is the motive of the channel whenever i saw your video i underdstand everything wheter it is maths or physics everything

[@qalandarkhankakar]

Your teaching method is unique mam

[@anishdesai2803]

Potential diff across conductor is directly proportional to current across the conductor is this statement correct

[@VinodKumar-us6cu]

Nice explanation

[@Falcon6198]

5 mins videos and u understand the concept and remember it forever but in tutorials even after 1 hour you still scratch your head! thank you for this helped a lot! :D

[@subikshamandra7891]

explanation is good for ohms law...👌👌👌

[@RealThingX0]

Magnetic effects of electric current please

[@dipmalakumari1576]

Plzz upload the videos of magnetic effect of electric current

[@nivedithav7620]

Your presentation was nice

[@ektashah9577]

U r best one anti took 30 min to explain this but u solved my doubt in 2 min thnx

[@rasoolshaik3277]

This 2 minutes video help us to understand very quickly thank you for your viedoes which helps us to understand

[@InfinityLearn_NEET]

You're most welcome Rasool. We are really happy to hear that it was helpful for you. We are glad that you understood the concept. You motivate us to do better. Keep watching our videos : )

[@spurthichadharam9144]

Very well explained..I think current is inversly proportional to resistance

[@MrAsOrigami]

When ever I saw exam timetable first thing come to my mind is Don't memorise you always helps me to study theorems easily thank you so much

[@Vishwa_kalburgi]

Thank you for best example .

[@mohabatnoor5429]

it's amazing !our school also uses this videos ! thanks🥰

[@InfinityLearn_NEET]

Wow Mohabat. Thank you to your school for having faith in us. You can let everyone know that our website also has a lot of videos 😀

[@yuvrajdua1530]

pls make video on pascal law and farady law of electrolysis

[@farhatjaved3874]

Great job. In the animation the level of water in the two beakers should remain the same even after raising one of them. Equilibrium must be attained.

[@deadfox7636]

IT IS VERY USEFUL

[@ten1162]

1:00 if we thin the pipe the flow of water will be slower then why did u write f=1/t if one decreases, the other decreases too how are they inversely proportionate?

[@Abhimanyu2704]

They are talking about thinness(t), not thickness. If they increase thinness, it will become more thin. This will lead to decrease in Flow. So increase in thinness leads to decrease in flow. Hence inversely proportional.

[@dhananjaysarode5164]

Your Teaching Is Fabulous Really Helpful

[@anjanasreeraj5696]

I like the way you teach. Pls upload class 10 biology portions also.

[@sameermir6265]

Mam As per you, thinner the pipe slower the flow which implies flow is directly proportional to thinness of pipe. Please clear it

[@eedigaanitha9643]

Extraordinary, no words to tell the greatness of this video

[@amant1440]

What happens if temperature and pressure are not constant??

[@nivedithav7620]

I loved your comparison 🤩

[@jayasrim5633]

thank you sister you are an excellent teacher

[@gmdark2908]

Your intro is like!!

[@umabharti7491]

Mam, Why a constant term is used to remove the symbol of proportionality?

[@harshakomannuthala9290]

Please make a video on Faraday's laws

[@InfinityLearn_NEET]

We will try our best Harsha to make more video content. In the meanwhile, you can check our entire library of content on dontmemorise.com/

[@santoshkothare1987]

Attempt to use water beakers' height difference is a good idea, but use the height difference between the liquid levels in the two beaker instead of the bottoms of the beakers.

[@abcscienceclassesbysahusci1235]

So nice methode of teaching

[@jairjacobmathsworld7205]

Thank You very much I reluctantly study this ohm's law but when I saw this video it really boosted my intrest at physics

[@AjayGoudyr]

I WISH THAT YOU MUST KEEP ONE VIDEO WITH ALL VIDEOS COMBINED...... LIKE....COMBINE OHM PART-1&2.......

[@AjayGoudyr]

Once idea bro....

[@7s.edts21]

Thank alot for this

[@hrushikesh4983]

can we use the water example if explaination of ohms law appears in 10th boards?

[@shiksha_rathore13]

In 1:24 , what do you mean by constants in "ignoring the constants" ?

[@paragod4551]

if you want to remove the proportionality you have to multiply it by a constant

[@ishratjahan4799]

It really so helpful to me thanks a lot ...

[@Vijaykumar369S]

Amzing mam....great job....

[@umarabubakar4146]

clear understanding of ohms law in short form

[@sayebmahdy5129]

Short but so helpful

[@sharvarighadge1941]

Thank you mam I understood it easily. Your the best.

[@kumar_mandeep]

Don't memorise when will you make a video on what exactly a charge.... ???? i am waiting

[@InfinityLearn_NEET]

Hi Mandeep, You will find all relevant lessons here - dontmemorise.com/enrol/index.php?id=189 :)

[@moman9323]

Just make a video on bernoulli’s theorem ,and i know u will make me more clear

[@rajjaiswal9687]

Sir Will u put ohm's law derivation also

[@shrustikamble766]

Plz

[@Jerry-qt2gk]

raj jaiswal lol you called her sir

[@akshaymahendrakar4172]

In first case (Water flow)You can't tell F proportional to 1/T Why means according to you if T(Thickness) is small then F(Follow of water) should be maximum which is not true

[@rashishrivastava7819]

Exactly

[@VG__]

Yes

[@anuradhakulkarni7390]

They have considered the thinness not thickness!!

[@Ravikumar-gj6qw]

Excellent approach keep it up video makers

[@lakshanarajendran5587]

Ur all video is short and sweet

[@andystp9381]

Short and well defined 👍👍

[@InfinityLearn_NEET]

Thanks a lot, Andy! Keep watching and learning! 🙂🙂

[@meenakshibasandani2334]

Ur all vdos are so nice.... Thanks keep it up!! 🙃🙂👌👍

[@igloomigloo3]

Why do we refer to bulb as resistor?

[@sunita-sc7xi]

how is the thinness of the pipe inveresely propotional to the flow? isn't it directly propotional?

[@ashishgogoi5234]

Good explaination

[@headshotgamer5307]

Nice explanations Mam

[@zahidullah1993]

Nice explaination

[@pushpesh9428]

Good

[@vikramsingh3354]

Short time and really a good explanation ..

[@InfinityLearn_NEET]

Thanks Vikram your appreciation. We are glad that you understood the concept. For more videos, please visit our website - dontmemorise.com/

[@teddimedicine]

Superbly, simplified...you deserve an award💯

[@amarendrasingh3709]

Mindblowing 👍

[@cmgod9006]

Thank you ❤️

[@xeeno1076]

Thank you very much maam great explanation

[@amant1440]

Charges flow from higher concentration to lower concentration.

[@mahnoornaeem6970]

❤ thanks 👍 mam,its quite easy to understand ❤