Thank you sir apni short video mein bahut acche senahin paate pura faltu video banate hain total time West karte Hain thank you so much sir 🔥❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️🙏🙏🙏🙏🙏🙏🙏🙏
Wonderful explanation, sir please make a video on effect of latitude or axial rotation of earth, mujhe aapke video c hi samaj me atta hai so please make a video on that topic, no problem I will share ur video and increase your subscription
at 5.17 i took R as common from parenthesis bracket. as parenthesis bracket has power 2 and we are taking R as common there will R^2 out side the parenthesis bracket
value of acceleration due to gravity at the surface of a heavenly body is 4.6 m/s^2 at what height from the surface of the heavenly body, the value of acceleration due to gravity will be 2.5 m/s^2 ? use suitable formula than calculate it?
I'm feeling that I spend my 7 minutes as a best by watching this video n learn something new today 😉😊😊...nycc xplanation 👍🏻👍🏻🙏🏻
Most underrated but the best teacher. He should get more fame. 🙏🙏
Actually I watched various videos on this topic but your video made my concept clear and forced me to subscribe your channel.
Thank God for this video
This was the best video which i found from last half hour and this video cleared all my doubts
Thank you so much sir itna accha explain krne ke liye school mujhe smjh ni aaraha tha me pareshan thi apko video dekhkar ek dum samajh aagay 👏🏻👍🏻🥰
THaNK YOu Sir
Tomorrow is my test and this video help lot...
AUSAM VIDEO SIRJI 🙏🏻🙏🏻🙏🏻DHANAYAVAAD 🙇🏻♂️🙇🏻♂️ VERY VERY EASY TO UNDERSTAND SIR AAP ASSE HI EASY VIDEO BANAYE PHYSICS KE ☺️
Just watched 1 hr before my jee mains exam and 2 ques came from this concept and I was able to solve them thnx a lot
Great job
Good luck
Actually i liked ur way of explanation..🤗🤗
Thank you sir apni short video mein bahut acche senahin paate pura faltu video banate hain total time West karte Hain thank you so much sir 🔥❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️🙏🙏🙏🙏🙏🙏🙏🙏
Very nicely explained sir! ....All doubt cleared
Very helpful. Thankyou so much
After see this vedio topic is clear
bhaut aaccha samjhaya sirji
Thnku sir for amazing video 😊
This is very useful for me👍
How can you take commom in last step kindly explain. If we take Re^2 then we have to give its cancellation by Re^2 But you just write h/Re. How?
My school teacher do the same thing but I am unable to understand
Ya me also
denominator is divided and multiplied by R^2
Thankyou sir for this video very simply and nicely explained 👏👌👍
Sir your way of explaining is too awesome😄😄😄😄
After 15 minutes got this. Late but the best one😀😀😀
Thanku so much sir...ab smjh aya☺☺
Wonderful explanation, sir please make a video on effect of latitude or axial rotation of earth, mujhe aapke video c hi samaj me atta hai so please make a video on that topic, no problem I will share ur video and increase your subscription
Thankyou sir double clear ho gaya
Best of all❤
Sir great explanation ❤️
Nice explanation 👍👍
Crystal clear explanation😍
Sir..we want some more numericals based on this topic..or i have a ques. On this ...bt dont know how to solve it......
Bahi or sirr plz give me a short derivation video on thermal conductive only derivation video.. before 16 march..
5:17 pe smj nhi aaya sir
Bhai last me R2÷(R+h)2=R2÷R2(1+h÷r)2 me niche R2 common kese gaya jabki common R Hona chahiye
parenthesis bracket ki power 2 he to jo bhi common lenge to bracket se bahar power 2 hi lagegi
Effect of depth on gravity
Nice
Sir muje ek doubt hai (1+h) ^2
R
Kaise aeya?
Nice👌👌
Sir aap nai eq 1 annd eq 2 ko divide kyu kiya
To get the required equation 🙄
Ok but how can we understand that we should divide this
@@HafizHamzah2004 by using your common sense🙄
Sir i want to know this part in english 5:17
at 5.17 i took R as common from parenthesis bracket. as parenthesis bracket has power 2 and we are taking R as common there will R^2 out side the parenthesis bracket
Sir , can you please explain why you put R under H im really lost 😵💫
It's quit simple we are taking R as common from both the term present in parenthesis
(R+h)^2= (R+ hR/R)^2= R^2(1+h/R)^2
@@vgyan4u525 ohh thank you 🙏
Sir is it the same for this one r-x÷r
value of acceleration due to gravity at the surface of a heavenly body is 4.6 m/s^2 at what height from the surface of the heavenly body, the value of acceleration due to gravity will be 2.5 m/s^2 ? use suitable formula than calculate it?
sir pls... apload all chapter derivation ( physices )
of 12th classes
Watch my another video for 12 class 👇👇
th-cam.com/play/PL5vJl6cFkivVhcZcWQcod-ysoxiptBv6v.html
Thanks 😊😊
Nice Explanation
Thank you so much!!
Thanku so much sir 🙏❤
Sir plese aap depth ke liye bhi vedio bna do pls🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏 🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏 t🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏
Thanks making easy ways
TQ Sir❣️❣️🤗🤗
Good
Thank you sir for video
Sir,What're the current no. of subscribers on your channel?
6200.
But why❓
@@vgyan4u525,👍Sir,It's a point to wander that why u have hidden ur subscribers?
Ok let me public my subscribers.
But i think it does not affect anything?
If it is so tell me?
@@vgyan4u525, Nothing like that Sir, But it enlightens curiosity in mind of your viewer.
As you're doing something different from other people.😉
Nice vedio ❤️
Sir gh/g = R²/R²(1+h/R)² kese hoau ???
Matlab R² ko apne kese common liya jab (1+h/R) ka square phele jesa hi raha .
Please help sir
Bracket se R Ko bahar nikala to bracket ka pehle se square tha wo square bhi rehta he
Thank u so much sir
The last relation where you cut the r² this part i didn't understand
Thankkku
1+h by R kese hogaya plz botaie sir
Thanks sir😊
Mera kl exam ea aur mea agg pd rha hu ,duya kro yai wala qns ayaiiii 😭
Kiya
Way of explanation 🙂🌞
why value of g becomes 1÷4
You have left 2 or 3 points sir
Thanks
Truck ha horn op tha🙂
@Karan Rajput what are you doing everywhere
Really that is op
@Karan Rajput aray paagel ho kia 😠
thank you sir . this help me a lot
Sir
Op sir
👌👌👌👌👌👌👌👌👌👌
Sir thanks
Common K bad h upon r kese aya h K niche r to nhi tha......
Muje bhi smjh nahj aai y baat
Eee
👍
Hi sir
G in depth
@Karan Rajput what are doing every where
@@pushpanargawe 😂😂😂
Ttuk
Super explanation
👌👌👍👍👍👍
Sir u r awesome
Bhai yaar newton law of cooling derivation upload kar do kal sam tak please
Thank you so much sir
Op sir
👍
Thanks
Thanks sir
Thank you so much sir