Escape Velocity and Intensity of Gravitational Field

[@hasanbinasaduzzaman6690]

Tomorrow is my exam.
This topic is very important for this exam due to coming previous year's.
Now my concept is crystal clear.
Thank you so much sir.

[@MuhammadAsif-md4yt]

Sir small r se bhi lower limit show kr skty hai

[@AhmedAli-mx9hk]

This is a wrong derivation
W=-GMm/r
Not +ve

[@brinderjeetsingh6639]

@@AhmedAli-mx9hk Ali beta sir ne sahi kraya tha

[@jaydeepsinghsongara650]

You deserve millions of subscribers .

[@noteswalafundalogy]

Thnx dear

[@nishthasingh7019]

Yes u r right dude

[@zrxgame8187]

Yes right

[@sanaullahsiddiqui8994]

Yes

[@BELIEVE36924]

Shiii keha veer jii

[@roshmikoiry6626]

So big topic in 5 minutes...sir u are really a genius....salute to you

[@vashurao3451]

Zkkas explanation....
This video is so helpful for me...
Thankuhh sr ji😊

[@roudra10jr]

It's become easy to underderstand because of your teaching method just amazing.Thank you sir. Love from Bangladesh 🇧🇩

[@rajlaxmimaurya6422]

Wonderful explanation tomorrow is my exam and it was tooo much helpful for me 👍👍👍👍👍👍👍👍👍❣️❣️👌👌👌👌👌👌👌👌

[@rsrana8124]

Salute hai sir apko
Good explanation ❤

[@amanmehta2352]

Your method of teaching sir is too good
Tommorow is my exam it is very important topic for me
And this topic is very difficult but when you clear this topic it is very easy for me
Iam clear my all douts about this question
Thankue sir🙏🙏

[@noteswalafundalogy]

🙏

[@sushantchawla2684]

Sir, complete concept clear ho gya thankyou sir🤗🤗

[@gamingchannel-es9dh]

Very nice teaching sir I understand everything what you tought👍👍

[@rudracharan7131]

Thankyou sir for this amazing video♥️♥️

[@brinderjeetsingh6639]

U are not just a teacher u r a legend sir pls issi trha 12 me support krna

[@nirmalchouhan21]

Sir bhut accha explain kiya 🙏🏻❣️❣️
Smjh me hi nhi aa rha tha yee but aapki video ne sare concept clear kr diye 😌😌😌😌👌🏻👌🏻

[@Rahul.9307]

Thankyou sir kal mere test haa mujhe tansion ho rahi thi phir mujhe apka chanal Mila to mene Deka or merea test acha gaya😂😂

[@aditide226]

Omg thank u so much for ur help 😍😍 such a nice explaination thanks a lot sir😊😊

[@siddhantbhagat4255]

Bro well exaplained than any other you tuber in short time

[@syedluqman7120]

Thank sir
You should desrve millon of subscriber i have shared this video to my all friend

[@noteswalafundalogy]

Thank you

[@amitsinghsingh2431]

Thank you sir very nice explanation its helps me a lot

[@shagunjaswal964]

Sir ur re amazing ✌i love the way of u explaining. U deserve million subsribers

[@nirjalasharma1902]

Sir your explanation is amazing

[@zrxgame8187]

Sir what a amazing lecture first time I had understood clearly in first attempt😊😊

[@palkish15]

Thnku sir so much i have my exam tmrw and uh helped me....god bless uh sir

[@mahadevprasad4297]

Sir explaination mind blowing 👌👌

[@rythem-ft7cw]

Fact:- Saare exam se ek din phele he dekhte hai .

[@malini2825]

Thank u v.much sir.excellent explanation

[@BELIEVE36924]

You made me my day
Heartly thank you sir ❤️😄

[@anime.supermovie]

Good 👍 sir your can achive a big succes tha lt you want🎉

[@ManoharLal-lw9qh]

Best video lecture

[@gamerlife1130]

Thank you sir

[@princekashap6370]

Thanks for sir ji 😘😘😘😘😘😘😘😘😘

[@totalcomedysahilkhan7364]

Very nice expansion sir,😄😄

[@alokdubey7561]

sir orbital velocity time period of satellite pe bhjie video

[@riverbank_16]

Sir, w= FS cos theta, hota ha to unka bich ma angle 180° ha because force downward lag rhi ha aur displacement upward ho rhi ha to ....W= - FS hoga

[@Aman-ls6zy]

Sir please make one video on topic orbital velocity

[@Ashram_pehowa]

just watching on the exam morning and its crystal clear 😊😊

[@125sarthak]

Mind blowing

[@avneetkaur535]

Thank you Sir❤...GBU

[@manishthakur5167]

Nice explanation

[@yogeshkumar8596]

Thankyou so much sir🥰🥰

[@nasimsk2925]

Thank you sir 😊

[@sukhwinderSingh-tw3kc]

Ehna sira samjya tc sir thnku

[@shivankvashishtha8431]

Mast

[@sumantkharat9355]

thank you so much sir 🙏🙏🙏🙏🙏🙏🙏

[@shivarajman6300]

useful thanks sir

[@aamirabdurahiman475]

Thank u so much sir

[@rks14956]

Thank you So much sir🙏

[@mannu2103]

Thanks alot sir 😊😊

[@pritampratihar482]

The integration of w in the 2nd step, I can't understand. Please explain it to me

[@_indiangamer8846]

Thanks sir

[@monika4482]

Sir ek doubt hai intigration mai second step k bd dx..khn gya

[@chanchalchutia2860]

Thank u sir 😁

[@etahmahakali]

Pdf avilable karaeye notes ki

[@sonamsharma9441]

Thank.you so much ❤️❤️

[@truedreams9517]

Sir pls orbital velocity ka derivation bhi samjha do 🙏🙏

[@noteswalafundalogy]

Sure

[@truedreams9517]

@@noteswalafundalogy thanku sir 🙏

[@PoojaSharma-kg5zw]

Sir app bhut acha sa smjata hoo thanku

[@PoojaSharma-kg5zw]

Sir orbital velocity and geo stationary ki derivation ka link bhjo

[@noteswalafundalogy]

Sorry dear abhi iss time video h nhi
But i will upload it

[@PoojaSharma-kg5zw]

Ok

[@_Pavann............]

Integration ke baad dx kaha gaya 😭😭

[@IqraIqra-fq2ch]

Thnks sir

[@scientify9722]

sir the expressions of escape velocity and gravitational PE are same so why are they 2 different things?

[@noteswalafundalogy]

Beta dono me alg alg quantities determine kari h hamne

[@scientify9722]

@@noteswalafundalogy Oh okay sir. Thank you so much!! :)

[@Mankush49]

Sir g m aapse pdha hua aapke notes aaj bhi mere pass h harton centre pundri mankush vishal chirag gorav

[@noteswalafundalogy]

Yes i remember 😊👍

[@zerogravityoverhere]

Sir i understood it but why do we apply integration at the second step? I mean what is the reason for it?

[@saranshrai1062]

Your hand writing_______

[@malikgaming7861]

Thank u SIR❤️

[@pawsitivebhumika6462]

Thanku so

[@jagrajsingh1960]

Thankyou so much sir ❤

[@darkgroot3366]

Sir dx kidhar gya

[@amanmehta2352]

Sir can you clear my quarries about projectile
Make one vedio of this topic sir please 🙏🙏🙏

[@noteswalafundalogy]

I have already uploaded video of projectile

[@noteswalafundalogy]

Aman Mehta
You can check my Playlist
Class 11 unit 2 Kinematics

[@sadikurrohman903]

Change in ke hona sahiya na

[@Sharmamedico234]

thnku sir

[@monikachauhan232]

Thanks you sir❤️🙏

[@childart1419]

Tx

[@premapawar5333]

Super sir in kannda class plzzz you teaching sit

[@SurajSingh-sp8mi]

Sir apkey notes mil saktey hai

[@sahilnegisn.9330]

Tanku sir 💜

[@suhanixi5364]

👍

[@ravikant006]

Vo dx kidhar gya ?

[@MP-se5pu]

👌👌👌👌🥰🙏🏻

[@rangstongamerz]

Sir notes dai do iss chapter ka

[@EDITZ_C14]

Sir where is dx and why you neglect dx

[@RitikKumar-sr5oq]

Sir we want whole video of this chapter .🙏🙏🙂

[@omagu6880]

Our tution teacher tapas sir valo koira bujai na

[@MahipalSingh-ns5ic]

Sir aap ye notes hame provide kar skte he Kya

[@noteswalafundalogy]

Abhi proper and complete noted nahi hain
12th me available ho jaege

[@MahipalSingh-ns5ic]

@@noteswalafundalogy okay sir...

[@GovindThakur-dh2ll]

You deserve millions not billions of subscribers

[@brinderjeetsingh6639]

Sir pls notes provide krdo kahan se download kr sakta hu aapke notes pls tell

[@noteswalafundalogy]

9896971717

[@shaiftashakir5319]

Sir gravitational PE or escape velocity ka expression same h?

[@noteswalafundalogy]

Not exactly

[@shaiftashakir5319]

Ok sir 😊

[@kamnayadav9085]

Thank you Sir

[@mohit_thakur_17]

Sir where are you from?

[@noteswalafundalogy]

Kurukshetra, Haryana

[@mohit_thakur_17]

@@noteswalafundalogy ok

[@pranjalpatidar982]

Sir I dont get it clear

[@noteswalafundalogy]

What's your doubt

[@venomgamer7398]

Up y haryana k ho sir app syd

[@noteswalafundalogy]

हरियाणा

[@1712respectrana]

He

[@Ayush_sharma7596]

Half mve2 from where e square comes

[@arshverma4747]

½mv² hota ha v = Ve

[@pritpalsingh4158]

🥰🙏🌸✨

[@MukundLal-gh6ze]

😢

[@AhmedAli-mx9hk]

Wrong derivation

[@zerogravityoverhere]

how?

[@bollywooddhamaka8264]

Siddhi baat no bakwasa

[@opstudy2584]

Thank you sir

[@prabhakaranandvlogger2361]

Thanks sir

[@Ishubhamraj1704]

Thank you so much sir

[@AdityaMishra0303]

👍

[@jagritipublicschooldepur4194]

Thank u so much sir