Conservative forces

[@VG__]

1:26 🌟
2:08 doubt cleared
3:02 omg, thankyou for clearing all the basics 🥺🙏🙏❤️❤️

[@nafisaparveen9759]

Cant thank you enough sir!! 😱I love how my years of doubts are cleared in minutes!!

[@ZhengyiYang]

Thanks for your clear explanation. I was trying to figure out why the gradient force used in optical tweezers is conservative force while the radiation force used for lifting particles is non-conservative force. And your explanation about the transform between potential and kinetic energy truly gave the reason. Thank you.

[@PeggyLu63]

Cool~

[@nonflock7881]

Hey zhengyi yesss👌

[@KingBarney]

Wow, this was very well explained.
Better than any uni prof would explain. :P

[@danielwodak33]

Agree!

[@nitujha3009]

Well explained....I was having doubt on the topic

[@tulipatra2733]

You searched for the video just because you had doutdt... So that's not required to mention in the comment 😗

[@kirikiri8114]

@@tulipatra2733 wooo

[@knucklescapricorn31]

Thank you very much :D I was having trouble understanding the whole "the work done by a conservative force on a particle moving between any two points is independent of the path taken" that my textbook was saying

[@aishwaryajimscphysics2991]

Please avoid the background music

[@_neha857]

Superbb sir , just within 4 minutes u hv cleared all doubts regarding conservative n non conservative forces

[@mihirjoshi9908]

I understood it "finally" by watching this awesome video!

[@katherinehernandez4918]

Wow my professor could've just done this as the intro instead of crash course and saved me the 15 minutes and still not understanding what the hell was going on.

[@siddhichamat3294]

Saw many videos but only this gave well explanation of example else all only said it is a conservative force but how no one explained.

[@786tubakhan]

Amazing..!
Finally understood this concept.. Thanks👍❤

[@erickcruz2576]

THIS CLARIFIED SO MUCH. I APPLAUD YOU. THANK YOU

[@bakulsarkar109]

Thanks this is be very helpful for my high school... Physics...

[@techrade6894]

This is the best explanation i have ever seen

[@samabdelrahman4876]

Wonderful

[@isteakahamedimon]

Excellent ! This one made the intuition better than before.

[@smoothmomentscaughton4k65]

Explained very well....can we like a video twice....cause this is❤❤

[@_anjali_iit-g6502]

Ohh thank u sir for so smoothly explained this topic😊

[@guanjiaming8076]

Well elaborated, thanks!

[@madhusudansoren5717]

I had dubt before watch this
video but now I understood the concept.So it was nice explanation.👌👌👌

[@piyushranjan3024]

It is really amazing thank you so much

[@satyamjaiswar3443]

What is the name of the software you've used. It's so creative!

[@anushahanu27]

Best explained video forthe concept💯

[@nirmalagandhi530]

It was a crystal clear explanation.....Thank you so much

[@zhishengying3718]

Amazing explanation! Thank you!

[@lovelyjkr]

Best explanation

[@laxmiverma9281]

Very best explanation of con. force, SIR upload the non- con. force

[@qaziwasiq8197]

Well explained..

[@zakeyaal-safwani9377]

Thank you so much!

[@rahulr.a34]

Well explained. Thanks ...

[@vanshimathur3449]

Very easy and well explained

[@rajkishorebehera4171]

Thank you ☺️

[@AmitKumar-yd4mu]

Really amazing ! Thank you

[@daedra40]

This is cool, I dig it though some night wonder how 'medicine' related this is :P

[@khushbukapoor4917]

Wowwww...I want to give it trillion of likes...it was short easy and most importantly logical

[@mehzabinchowdhury9008]

Well , perfect elaboration

[@MrWinter2]

Astronomically helpful!! Thank you!!!

[@asadshaikh4853]

awesome.

[@dontmessaround1917]

YOU ARE GREAT. THANK YOU

[@siddharth_deshmukh]

This video makes it so simple... Thanks for the same! 👍👌

[@shatakshimaurya5113]

Nîçè explaination ☺️

[@zainabsandhu3227]

well explained

[@mela_nine]

Thank you so much as this video has helped me to be able to distinguish the difference between the two concepts:)

[@ananya4913]

Mst video 😃

[@AKIBKHAN-lt8rn]

Great explanation.

[@tukarambai5139]

thank you dude 🤘. you explained really awesome 👏.

[@burhanuddintelwala3398]

Thank you so much ! An amazing video and helped clear all my doubts

[@zaynnyboy2382]

Thanks for the explanation

[@civedm]

Excellent explanation. Thanks.

[@diptadiproybarman5334]

Thank you so much.. MUAAAH!!!

[@VG__]

Conservative force_ conserves mechanical energy so we can define potential energy for them( mechanical energy store in form of potential energy)

[@abdulwahabmangat2651]

Very well explained thanks a lot

[@rashmikiranpandit8962]

well expounded...thanxxxx

[@amanrubey]

Beautiful explanation

[@Ami_S]

Can someone help me out here, the definition of work is the dot product of F and displacement and displacement DEFINITELY depends on initial and final position. I don't understand how in non conservative forces we can't apply the concept.

[@saul6586]

Because direction of non conservative forces change in a round trip

[@DeepakYadav-ys7dg]

0:55 was he rapping?

[@DeepakYadav-ys7dg]

1:03 it is

[@josie6874]

LMAO

[@ShoubhitPA2004]

Great explanation!!!

[@LandoftheIn-Between]

Damn that was easier than my professor made it seem thanks

[@muhammadameer5086]

Fantanstic Sir

[@ignatiusnwankwo5134]

This was cool. Thank you.

[@Pranav_varsan]

Creative teaching

[@arrigofacchini6380]

Schouldn´t be the signs in the example with gravity the opposite? Work done by the system to the sourrounding (Pack falling down) means reduction of systems energy and negative work. Am I right?

[@SM-yx1bq]

Thank you for the explanation..... 😊😊😊

[@bhavyajha6265]

Great explanation!👍🏼

[@riyaludhyani4826]

Very well explained 👍👍

[@JairaKoushi01001010]

THANK YOU FOR THIS

[@prathameshbochare4880]

Thanks

[@meghanamanjima]

Thank you so much !☺😇😊

[@dhruvsharma2376]

This clarified everything 😊

[@peterpaul9676]

💯💯

[@MaXpro-rm4um]

Thanks my english is poor but i was able to understand it.. 😅

[@DrMukeshMP]

Excellent

[@jayakrishna2820]

It was great, clarity (:

[@ajhhc]

Why is this information on the medicine section?

[@6090-s5e]

excellent !!!!! no words

[@wagnersantarosa3819]

thanks so much

[@RishabSharma-p4e]

incredible❤️

[@sandrorabat7457]

Thank you

[@sarv0day667]

Well! Explained

[@sumeetchavan3668]

Thanks.

[@vemuabhignyabloom]

awesome

[@hayashoaib335]

Thankyou sooo much ❤

[@meahwishzaman4536]

Nice

[@amirrezajamadi4179]

Thank you.

[@синиякрыса]

I feel like im watching an ad

[@dhrimankashyap369]

.

[@Akira_drafts]

Straight awesome ❤

[@AdityaKumar-gm1xy]

best video

[@Hwraa-si7dc]

Thanks ❤

[@vidhantkadam2109]

Thanks alot

[@rajendraprasadgiriramdular8223]

Nice video

[@divyangmali8204]

Then why do we say work done= Force x displacement for all cases as if it is so then the work done by every Force shouldn't depend upon the path taken ...?

[@ikbeneenpop1]

Because the displacement from point A to point B is the closest is let's say 10 meters. but it doesn't matter how you go from point A to point B. You can take every route from point A to point B, but the distance between these points is still 10 meters.

[@abishekhmahalingam8496]

first path is 6 metres
therefore
fd=49N x 6m=249j
in the second path which was a curve 1:40 ( assume it 12m ) in this path the object does not go back but it takes a longer distance
therefore
fd=49N x 12m=588j
so how is it conservative?

[@omarromero1869]

thank you good sir

[@learnandlove7956]

Thanks a lot

[@krishna_sus]

Ohh yeah thats very nice sir

[@Darkshadow-wm4km]

Bro kindly give the example only related to the topic
Topic is conservative forces and the data of conservative force is to short

[@idreesk7752]

Thank u

[@sababatamanna2117]

Thanks!

[@naturesbeauti2221]

Great...