Guj 3 g or - g for falling bodies

[@anujpandey8895]

The most wonderful thing which i have been noticing since many times that Verma sir ignore the mistakes of other and behaves like nothing had happened.🙏🙏

[@Vaibhav20x09]

Sahi me yaar. Jaise us lady teacher ne bola ki 'initial velocity to 0 hoga', sir ne unhe galat nahi bola balki achhe se samjhate hue sahi kiya. But the way she was talking to hi, especially her facial expressions, were not good.

[@akshay_chaudhary]

@@Vaibhav20x09 ls dont take bad h was curious as like the most intelligent girls of our classes

[@Authen194]

"Socho , sochne ki aadat dalo"🥰🥰

[@alihasanamu]

You know what you just have to observe things carefully.

[@chethanaraia562]

7:42

[@ayushdutta52]

yaaaa

[@jyotirmoyghosh1720]

Ritwik Ghatak

[@naughtyboy1135]

while preparing for boards, rato! ratne ki aadat dalo. [our _____ system]

[@PHYSICSSIRJEE]

3:35 A simple and wonderful explanation to be given to children to explain force .❤️

[@Rajendrakumar-qf3om]

hlo sir😀

[@mistapepe5724]

hi sir big fan

[@Rishabh_Raj.]

H.C Verma sir is the most adorable person I've ever seen.

[@CAkashKumar]

Hello brother...

[@mousumisahamitra1433]

But his sums are not😂

[@amanaaryan9265]

My brother is here...

[@CAkashKumar]

Are bhai bhai bhai

[@rc4828]

No

[@prajwallakra]

The iitian of kanpur who have studied from u sir where most luckiest student ever 😍😍

[@adityadeshmukh4059]

o

[@maina3570]

Physics is amazing when teacher teaches like this...pranam sir🙏

[@koyelganguly4519]

U r the best teacher in physics i ever seen...u hav the great ability to make anyone a fan of physics....

[@TheAniketKedia]

"Sada jivan uchch vichaar" mantra of sir's success

[@richasinh]

Aaj meri aankhon mein aansoo aa gaye, aisa laga koi bahut gehri dhund mind se hatt gayi hai !! Physics partey huey hamesha aisa lagtaa raha kuch fog hamesha reh saa jaataa hai. Bahut shukriya sir ji 😊 bhagwaan ji aapko hamesha khush rakhein 😊💐💐💐💐

[@hrishi9520]

It didnt even feel like 33 minute video. Such a great person. Physics is ❤️.

[@biswabhusan6647]

Sir apko baar baar sunneko man krta h... The methods of explanation is unique & outstanding .Lucky students jo apke saamne classroom mai sun rahe hain.

[@cutedog8006]

My two years old doubt vanished just within 33 minutes. Thank you so much sir.....

[@commonscience3976]

Jinhe physics se Love hai unlogo ke liye ye lecture duniya ka sbse sukhd Aanand hai

[@OnlineClass-nc8ln]

HC VERMA SIR explanation is awesome, He is explained 90 % of the subject verbally ,its great amazing.

[@ammaduddin5494]

I am no more a science student but I want to thank Sir for his efforts . Indeed India is blessed with amazing minds .

[@bhargavsai8014]

kya hua bhai do u left science?

[@ammaduddin5494]

@@bhargavsai8014 No bro we can't leave science . I just switched my field .

[@bhargavsai8014]

@@ammaduddin5494 oh now in which field are u bro?aur I think we can change our stream from science to any other after 12th

[@arnabbiswas2906]

I love physics and you sir..... May I become like you in future

[@laljibhaipatel5951]

Arnab.... best wishes....

[@atharvaverma5210]

Ban jayega...(Hritiki roshan style from super 30)!

[@arnabbiswas2906]

@@laljibhaipatel5951 thanks bro

[@arnabbiswas2906]

@@atharvaverma5210 thanks bro

[@rayzard3687]

You still are Stephen hawking

[@laboni3724]

You have been clearing my doubts from the day u joined YT. THANKS A LOT SIR ❤️

[@niteshrawat7713]

I'm feeling very sorry that we're having some such a great teacher who are not able to understand the general physics things that are of just logic explained so nicely by such a great professer. Great threat to future of students.

[@mdarif2835]

Thank you so much sir, finally you resolve my query regarding value of 'g' and wonderful explaination. at the end i remember your statement "socho, socho, sochne ki aadat daalo" 🙏

[@rajivkumarsharma2201]

I am fortunate enough that I belong to same native place. Darbhanga. Proud feeling 😊🙏.

[@vinayak251180]

what an awesome awesome explanation on this topic. Amazingly superb that I understood the concept further. A knowledge repository that never ceases. Amazing explanation. Obeisance in lotus feet. No words .

[@harshil_1.618]

Namaste sir 😊🙏 Sir, you are requested to upload all the videos of your workshops. These are very informative as well as filled with your positivity. Watching them is such a pleasure 😊😊🙏

[@manas-singh]

Kaisi chal rhi h advance ki preparation??😀😀😀

[@SanjeevKumar-xs1dv]

yes sir 🙏🙏

[@tirth6529]

Are topper kese ho

[@subratdubey651]

Most wonderful explanation by great physicist sir HC Verma

[@Shivansh7528]

No other like you, sir aap lecture ko Itne easy language me samjhate ho ki maja aa jata hai and aap har concept ko prove karke batate ho, I like you so much sir

[@Diwakar912]

He is so patient. Need to learn a lot from him as a teacher

[@SamratSingh-q6b]

Aap k video ka roj intezar rahta h. Aap ko hamari umr bhi lge bcoz bharat ko aap jaise logo ki bdi jaroorat h.

[@vijaysoman6268]

Teachers' teacher. HCV sir is simply amazing.

[@PoojaGupta-uv3qf]

g ki itni acchi explanation sunkar mn tript ho Gaya apko dandvat Pranam 🙏🙏🙏🙏 🙏

[@AnoopKhetani]

I had a different reason. Imagine we modelling the displacement of the ball,s. So s=ut+at². We would model the motion as a parabola on a s-t graph. Rearrange to better understand it, at²+ut-s=0. Like an equation of a parabola like this U. When modelling the ball being thrown upwards the parabola will be inverted/upside down like this n, so the at² will be negative. Here a=g so g must be negative to model it as a upside down parabola like this n. This is because we would cause initial speed positive so upwards will be positive here. But I agree with Mr Varma that we should look at what we take positive first.

[@abhishekdwivedi.physics]

Those who have studied by sir personally they know the answer. We are very fortunate that we are still taking classes from you sir. Love you sir. Main part is cbse and state board should make some changes in the syllabus so that these basic concepts should be clear in the student mind from very beginning.

[@krdangi2265]

One of the best explaination 🙏 & best teacher of the physics

[@amarsinhsolanki1946]

Sir you are the person I respect the most 🙏🙏

[@Fineconomix]

Even I'm not from science domain, still I watched carefully, never bored for a single second!! Well explained sir! Uncomfortable situation for the faculty members 😃😃

[@Ayush_jaiswal19]

Thank you sooo much sir for clearing concept. I was always wondering That why We took -g for both body moving upward and falling....But since it was written in book so have to follow it

[@TheGuidingRanger]

Simplicity is the beauty of Physics ❤️❤️❤️

[@mrphenomenal3046]

Sir has totally a different way to teach!

[@jolly_jjas]

OMG OMG This was my doubt since class 9. Today finally. Sir you are great ❤️

[@godson200]

Alakh sir cleared this doubt of mine. He is also a gem

[@shreyashabhinav1979]

same

[@tortoiseahoy2621]

This OMG OMG is what Walter lewin puts in his maximum videos!

[@jolly_jjas]

@@tortoiseahoy2621 Hello Hello Hello

[@tortoiseahoy2621]

@@jolly_jjas 🤣

[@markondapatnaikpatnaik8672]

The physics Book that written by you, is being used as our PUC Text Book besides NCERT physics Text Book in our university(RGUKT-IIIT Ongole). Thank you sir.😊

[@vinodagarwal368]

Sir, you are great teacher and explains physics practically . Sir,please answer my question that I asked you frequently

[@Anujkumar-mo6go]

Jab zindagi smooth chalne lage to samajh lo kucch sahi nhi chal rha hai.... Pranam guruji.... You are my idol 🙏🙏🙏🙏🙏🙏

[@uzairhussain4856]

I love listening to this man. He did physics as good as he could. ♥️ Love from pakistan.

[@Alwayshavefun1]

Greatest in this era 🔥🔥🔥

[@geniusdude7062]

Thank you so much sir mera bht bada confusion dur ho gaya teachers bass book se yaad karate h aur aap ne uske piche ka concept ka feel diya thank u

[@hruday926]

Thank you sir for clearing my confusion about this concept of free fall...Actually I am from class 9 and teachers are telling many wrong things about this concept.

[@Shortsoovin]

Ye concept Arjuna's ko bhhut ache se aata ha aur abb toh puura clear ha🔥 HCV is❤️ Rajwant sir OP

[@amritkhanal4567]

Big fan from nepal. I really like the way you teach ❤️❤️

[@haweliparswagathai4051]

Wow just wow ❇️What a person ❇️ Salute sir🙏

[@uddiptakumarbaishya4835]

AMAZING HC VERMA SIR. EXCELLENT EXPLANATION ❤️SIR. YOU ARE MY FAVOURITE 💝 HARISH SIR. ❤️❤️. KEEP IT UP HARISH SIR 🙏❤️. YOU ARE THE GOD OF PHYSICS. A GREAT NUCLEAR EXPERIMENTALLY PHYSICIST.

[@anjudubey4905]

Sir why is Gravitational potential energy always negative

[@Anujkumar-mo6go]

Today... I solve the problems of vectors and this help me to strong my concepts..... Pranam guruji🙏

[@Anujkumar-mo6go]

@3D VibesIIT JEE (mains and advance)

[@Anujkumar-mo6go]

@3D Vibes Thanks a lot

[@abdulquadiransari7476]

I never got opportunity to get coaching for JEE.. I used to sit with Concept of physics book for hours banging my head on the book... Ultimately my friend from coaching will help me to solve some problems... I didn't learn physics from it..The only thing I learnt was,Concepts of physics is not a beginners book..It is meant for trained in physics kind of people

[@yatogami7393]

Unless you have a guide , it would be difficult to understand the book as the theory eben tho its magnificent , its abridged . Refer to Resnic Halliday if u wanna learn .

[@arnabbiswas2906]

Physics is so amazing

[@ABDxLM]

Yeah imagining physics is even more interesting

[@atharvaverma5210]

@@ABDxLM Relating to real life even more!...

[@arnabbiswas2906]

@@ABDxLM that's why Physics is Love

[@arnabbiswas2906]

@@atharvaverma5210 physics , itself, is life 🙂

[@sampritaryan]

Bahut Kuch sikhne Ko milta hai aapse sir. You are Myth Buster.

[@movieclipshindhi584]

Greatest teacher of india till now ,

[@rohitdewan3601]

Best powerful and stronger concept of this teacher.

[@DeepakKumar-gb6zg]

Due to the speed of wind a free falling body may displaced away from vertical. Can we find the speed of the wind by measuring this displacement ?

[@manishsrivastava7502]

We also need to get to know the time during the displacement has occurred.

[@neutron417]

I'm here while solving capacitors in concepts of physics HCV book😂😂

[@アンモルシン]

And Me Gauss Laws😂😂😂

[@アンモルシン]

@ShivaSheth Lakshya jee me ho?

[@jayantachakraborty6066]

@@アンモルシン me too🤣🤣✌

[@neutron417]

@@アンモルシン Yep Glad to see another Lakshyian

[@News_Shorts-]

Me gaussian surface

[@umargul1112]

Sir I am from Pakistan. I appreciate your work ....

[@ateevmallick]

This was the thing i had considered myself thiking whole day!! Hardwork pays off!!

[@virenderbhardwaj3137]

Sir, I have also a confusion in thermodynamics that we always find work done by the ideal gas on the atmosphere, but why do we not consider the work done by the internal pressure over the gas itself? For e.g if a gas is expanding against vacuum we say that it has done no work on atmosphere so it's work done is 0 but what about the internal pressure of gas which is expanding the gas itself? In simple words the position of COM of the gas is changing so there must be some work done on the gas itself??then how the work done is 0?

[@aakash7876]

Sir, please tell why shadow of the part of the object ,that is in contact with water ,which should present at bottom of container,disappears when we put object on surface of water?

[@akshayacharya5573]

I have 0 interest in physics But still I am watching this video... What a teaching style sir ji ...😊

[@TANUJKUMARPandey9999]

Waah sir aapka lecture itna interesting hai..aur itna easy jaise bachho ka khel 😊😊👍🏼🙏🏼

[@ARAVINDKUMAR-ug7gt]

Sir, behind of you a mam is sleeping between the beautiful lecture 👍👍👍

[@parthmhatre1633]

I know much more ... these teachers... My deepest condolences to their students.

[@surojmanna9296]

You are genius sir, your style of teaching is awesome, your smile is so catchy

[@sidravi400]

The thing is that g=[(GM)/R^2] where G=universal constant of gravitation, M=mass of earth and R=radius of earth and at a height h, g=[(GM)/(R+h)^2] so only if h>=h/2, g changes by appreciable amount 😀😀

[@vivek7b118]

Sir g Namastey......acceleration due to gravity always positive......its sign +or- changes as per direction of velocity.......

[@avengerx7786]

Conclusion: Always keep reference fame intact.

[@ateevmallick]

For sure!

[@shashankdesai8650]

Non Inertial frame se jaldi bante hai questions

[@jigneshmali92]

Sir you are real hero... Salute...

[@kshitijpanpatil8815]

Trs of generation should be like this... Like see how happy He is while teaching physics.. like he is enjoying that thing...🙂🙂🙂🙂🙂🙂🙂🤩🤩🤩

[@madhurani4586]

Published on May 28, 2021 Addressing Gujarat teachers in a workshop (2018) - 3

[@bhavishyamishra1660]

The concept of Physics is love ❤️

[@PremKumar-sg6ou]

If this man teaches me physics i will definitely left all things behind like playing, relaxing and all other subjects.

[@trigerredpanda]

An inspiring line for me (or for everyone) "SØCHØ SØCHÑË KI AADAT DALØ"

[@uniquephysics412]

I feel the concept acceleration due to gravity, U r great sir, thank a lot for a wonderful lecture 🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏

[@imagination5790]

Sir,are you a legend teacher of S.V.M who wants to feel physics.

[@Phy_Unfolded]

I love sir's smile..😍

[@komalgarg8744]

Bihar pehle sita ji ke liye... valmiki ji..aur lav kush ke liye jana jata h... ab usme ek naam aur jaana jayega HC verma sir ka...i am biology student but.. competition ke liye physics padhna tha .. ghar se hi taiyari kar rhi hu... aapke padhne ke trike ko dekh kar physics achha lgne lga hai. Thank you sir...🙏🙏

[@Rupak_Kumar]

7:42, "Socho, sochne ki aadat dalo" 👏🙏

[@vaibhavraut6168]

Sir I am studying at IIT JODHPUR hope you will come once to guide us🙏🙏

[@shailendrakumar-rc9iu]

So the conclusion is ,- The acceleration due to gravity can be positive or negative it all depends on what we assume and stick to it RIGHT SIR??!🔥

[@harshithabheemani238]

@@love-xh5vs no watch at 20:22 sec it can also be positive it depends on which direction we are assuming as positive

[@mananpathak7868]

@@love-xh5vs no it depends on position of mass.. g is not negetive.. it can be positive and negative... Gravity is nothing but acceleration according to Albert Einstein

[@shivamsingh3279]

Sir I love you because of physics 1st like and comment

[@deepinside8408]

*we can explain it very easily if we say that +/- are only denoting ***_direction_***, and in linear motion velocity and acceleration are treated as **_*Algebraic Vectors_**

[@kanishkdubey8094]

I still learn so much from you..

[@ayushdutta52]

just in love with his speeches

[@pratyushkumarthakur4550]

Sir we are lucky to clear our doubts virtually. Sir you are a concept clearer for me . You are an amazing teacher

[@parthib.1555]

Wow so nicely explained 🤠, sir I wish I could explain the way like you do

[@kalyanroy4180]

sir, ...... you have a lot of patience,,,,,, it is intolerable to accept such silly questions

[@yograjbir9993]

There are no silly question.

[@kalyanroy4180]

@@yograjbir9993 are Mera Matlab wo nahi tha ...... I expected ki koi aisa comment karega ...... asal me mai mam ke bareme bol raha tha ..... wo samajh na hi nahi chahta ...... bar bar utpatang sawal pich rahi thi ..... uske bareme bol raha tha

[@s_n_k3527]

The good thing is, He does it for the welfare of student,👌👌 Thus making his videos Non advertised/monetized...

[@zainpir2110]

7:42 sochooo... sochne ki adat dalo 13:48 sochne ka side effect 😆 Moral: ye dikhane k liye k *mene socha* nahi sochna chahiye... ☝

[@NEETAIR-ty1di]

Wah sir maja aa gaya physics ka. kash app hamare physics teacher hote 👌👌🙏🙏🙏🙏

[@siddhant9615]

This man is, incredible

[@Vishwajitpatildalu]

Physics is love💘

[@pundalikpatilpatil8717]

Question ---@When we throw one object with some force and after it falls on the ground. Sir, that applied force while throwing will be equal to the ball falling with some force????

[@vibhavmuzumdar5939]

The applied force is completely independent of the force at which the object will fall on the ground. While falling towards the ground, the force with the object hits the ground will always act on the object right after it is thrown. So irrespective of the force you apply while throwing, the object will always hit the ground with a force equal to its weight unless no external forces act during the free fall.

[@kaushikmondal3005]

Great explanation. Thank you sir...

[@Udok1306]

Damn the students made me feel genius

[@vectoranonymous4908]

I was thinking that I know everything about gravitational force but today I got to know something different, from my textbook.

[@rpk007]

The one who read concepts of physics plus reads with thinking knows it already

[@ssexcercise3538]

Can we create a situation where the force by air and the force by earth on an object will be same?

[@vibhavmuzumdar5939]

It is the same location where clouds are formed as in case of evaporation of water droplets as Sir told in this lecture. At a certain location in the atmosphere, the upward force exerted by air becomes equal to the weight of the droplet. At this same location the droplet comes to rest and clouds are formed.

[@WhiteKnightLord]

Read about terminal velocity

[@POPO-od8jb]

Parachute is a practical example of this situation, as far as I know

[@arpitchaubey6221]

I have not word for this explanation.