Acceleration due to Gravity (g) Vs Universal Gravitational Constant (G)

[@TheCosmosExplorer]

Thanks so much sir, u had cleared my biggest doubt about this topic i can't explain my happiness in words..😭😭❤️❤️❤️🙏🙏🙏🙏🙏

[@harshitachaudhary9795]

realy

[@TheCosmosExplorer]

@@harshitachaudhary9795 yes

[@aesthetic_cloud2020]

What was ur doubt?

[@VishalKumar-pk9ek]

Sir your way of teaching is extraordinary.you are genius .nice explanation.all doubts were cleared.

[@disasiga211]

Pehli baar, sir ke duaraa bataae hue baat kuch samaj me aya...!! Dhanyabaad sir..🙏🙏

[@abhishekyadav3872]

god bless u guru Ji....aap itne hm SB ke liye mehnat krte h ...

[@ABHISHEK_YADAV_90]

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[@backyardtortoise.]

@@ABHISHEK_YADAV_90 sir left the youtube lol

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Yes seriously nice video

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Bilkul mast video thnks sir...👌👌👌

[@maheshprajapath8609]

thanks for sharing knowledge with us thank you very much sir

[@mohdazeemahmed4997]

Thank you sir it's so hard topic for me and u explain it very easily🙂🤗👌👌

[@akroshchaubey1503]

Sir plzz Cavendish experiment par ek video banaiye...mene to pure youtube par dekha par clarity se samajh nahi a paya kaise Universal gravitational constant mil gya is ek experiment se wo bhi bas baithe baithe koi bada experiment bhi nahi kiya jabki.... Ye chhota sa experiment apne aap me itna bada kaise....🙄🙏🏻❤️

[@hemamauryamaurya2737]

Ur explaination way is very nice😀😀😀

[@electrolyteorb]

Best and most concise video on the topic

[@rahuljhariya9846]

Thank you Thank you Thank you😊😊😊😊😊😊😊.................. Thank you...... Sir ji you understand ours minds doubts.

[@SagarKumar-kp3fc]

इस सवाल का जवाब मैं पिछले 16 साल से ढूंढ रहा था तब मैं बच्चा था और आज मेरे खुद दो बच्चे हैं। Thanks Sir

[@cry3dgamer444]

Oh bahi 16 yrs ka intejar😱

[@surendrapetcare]

Thanks for creating the video

[@deepikabisht1922]

sir please make a video on cavendish experiment, your videos are outstanding sir

[@ad0686]

Very Very thanks sir. It is my great confusing chapter. After watching this video all confuses are clear. Please release more videos.

[@VaibhavPratapSingh_]

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[@MuhammadIbrar-tl8um]

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[@RandomOnlyShorts21]

Ache admi hai ap bohot

[@dr.debalinaroy7800]

sir u r like the father of physics

[@blueninjagaming2551]

Sir 9.8 m/ s*2 definition ???

[@aachalyadav8743]

Thank you soooo much ☺☺☺ amazing video

[@shoukatkhan9373]

Sir, moon is revolving around earth due to gravitational force and its magnitude are same so then why earth doesnot revolves around the moon.

[@harsh_saini_22]

Because gravitational force of sun is much greater than moon

[@kavitachoudhary8777]

Because moon does not have gravitational force than earth

[@kavitachoudhary8777]

More gravitational force

[@eagleblaze9292]

It is very easy I have answers to your question they are 1)the gravity of earth is more than sun 2)the mass of earth is more than moon

[@sadiyabaig6892]

because, I think earth mass is greater than moon so, earth doesn't revolves around the moon.

[@abhinavff602]

Sir ji you are excellent

[@hardikshukla9668]

Pranam sir...

[@Shradhha3]

Sir vo both bodies ke beech me force act kar rha h vo double ho jaaega kya..??? Because aapke figure me aisa hi lag rha

[@anujparihar6350]

Sir where you have talked about Kepler laws?

[@harshitachaudhary9795]

nice explanation sir

[@sanjaypatel3636]

Excellent

[@edupoint.physics]

Hello Sanjay Patel Thank you very much and as always ...... thanks for watching.

[@riyasahu8480]

sir plz arrange the videos in serial wise it will be helpful to us...

[@edupoint.physics]

+Riya Sahu Please visit playlists.

[@TECHNICALVEDANTB]

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[@letsfoodup1319]

Make video on kepler's laws

[@edupoint.physics]

Hello aaru 145, Sure.

[@dolphininvestmentacademy8344]

Excellent video

[@dhillon3576]

Thank you so much sir for making this video. It's really helpful 🙏

[@harsh_saini_22]

Agar koi object ko hum kuch height se drop krege to uski acceleration 9.8 hogi Kya ye acceleration drop kri huyi object ki uss height se earth surface tak constant rahegi ya increase hoti rahegi

[@nageshvarpratap9529]

सर इसी बात पर हम आपसे चर्चा करना चाहते थे अच्छा हुआ आप बना दिया आप मेरे दिल की बात को समझ गए हैं मेरी फिलिंग को भी समझ गए बहुत-बहुत अच्छा वीडियो सर इस प्रकार ज्ञान देने के लिए बहुत-बहुत शुक्रिया

[@edupoint.physics]

+nageshvar pratap Welcome and thanks for your love.....

[@nehasingh6878]

Nice

[@abhishekrathod3635]

sir please make videos for jee problems and numericals...

[@viveklad7392]

sir acceleration due to gravity is uniform acceleration .?

[@sadiyabaig6892]

yes, there are three formulas of acceleration due to gravity * v=gt *s=1/2g(t)2 *(V)2=2gs

[@amarpratapsingh2290]

Acceleration due to gravity is = 9.8n For counting = 10n Formula = Gm/d^2 G = gravitation, m = mass of the object, d = distance or radius of object.

[@amarpratapsingh2290]

@@sadiyabaig6892 bro g ka formula = Gm/r^2

[@carultch]

If the scale of your problem is negligible compared to the size of the Earth (or other world where the problem takes place), then you can reasonably approximate gravity as being uniform acceleration. Drop a ball from 2 meters on a 6 million meter radius planet, and you don't need to even think about how gravity would vary over the 2 meter travel length.

[@ambeshpandey-studyindia2503]

Very good Explanation

[@mr.rishabh8682]

Sir if the acceleration due to is constant for every mass but if an object at rest in the surface then we pulled to object so why we apply different pull force for different mass , but acceleration is same ...9.8m/s

[@carultch]

Because participation in gravity and inertia are a package deal. Double the mass of a body on this planet, and you double both the force of gravity and the inertia. This causes mass to cancel out of the equation, and the acceleration in response to the gravitational force to be independent of mass.

[@khanasma9613]

Why g is 0 at center of the earth

[@MuhammadAhmad-iq2eu]

Sir gravity or gravitational acceleration me kia farq hai

[@NationalistFirst]

Gravity is an attraction force And Gravitational acceleration is the acceleration happening due to the presence of gravity

[@pixergamer2298]

nice sir

[@pkphysicspk6960]

sir please upload video for bsc physics

[@gayatri5478]

Sir kya g negative bhi ho sakta hai,??

[@jyotikholiya4579]

Very nice explanation

[@chaudharykhaleeq8448]

gravitation force attractive hoti hai ya repulsive

[@harsh_saini_22]

Kya acceleration due to gravity(9.8 m/s*2) ka matlab ye hai ki har second ke square me acceleration 9.8 m/s*2 se increase hoti hai ???

[@DrSahin-MBBS]

No. Har ek second me pahele velocity ke sath 9.8 m/s velocity add hoga... Iska matlab har ek second me velocity increase hoga

[@jkgblog5999]

hello sir (1)yadi hum ek apne se 5 guna badi football ke center mi ho,(2) yadi hum ek apne se 5 guna bade beloon ke centre mi ho , or (3) yadi hum directly bina kisi suport ke 100 meter se kudei to neche aane ka kram is prkar hoga ,(3),(1),(2) hoga .........to kya is pr "g" ka value 9.8 m/s^2 hoga ? sir please tell me how "g" work in this condition i am very confused ?

[@c.kumar.b2934]

Is building is bhurj khalifa then we will ignore the height of bhurj khalifa building??????????? Answer sirrrrrrrr............pls....pls.....pls..............

[@ayushsharma5989]

Please sir can you more describe the gravitational constant

[@rj6239]

Why value of G is 6.67 ×10-

[@carultch]

Because that's what we measured it to be. Look up the Cavendish experiment if you'd like to know how we did it.

[@NationalistFirst]

For to balance equation

[@DevendraSingh-io9vp]

sir chahe mass kitna bhi ho acilaration g same hoga chahe earth se bhi jyada ho

[@adityafabricators191]

Sir numericals me g and G ka use kaha karna hai

[@secondaryacc9468]

AXE-leration

[@aagam3279]

still better than ASC-elleration lmao

[@anamikasharma9872]

f/m kaha gaya sir??

[@ramkrishnapramanik2193]

Sir, please make videos on NCERT problems.

[@Taniya0706]

Thank u so much sir

[@ashoksingla4444]

Sir you are very intelligent

[@edupoint.physics]

Hello Ashok Singla ! Thanks for your support and encouragement. Aap sab ki dua milti rahe - yahi tamanna hai.

[@pratikupadhyayamu]

Question- why objects are not attracted towards each other in International space station (ISS) which is already in zero gravity state?

[@carultch]

Good question. The answer is that they are attracted to each other, but it would take hours for you to see noticeable results. To show how miniscule this gravity is, consider two 100 kg people, initially at rest, separated by 1 meter. If you let them drift together under their mutual gravity, it will take 3 hours for them to collide. You would have plenty of time to react before this happens, and steady yourself with a handlebar. Gravity between human scale objects is very small. Between two people, it's literally less than the weight of a hair.

[@syedafatima955]

Sir vere from whole m comes ??????

[@androminegaming7014]

Thank you sir

[@techvsfake4546]

Awesome

[@pkbariyar]

Hello Sir.. Awesome ecplaination 😄Thanks for helping us😃#EduPoint Keep uploading Physics 😃 Please😄 Sir kya aap HC Verma ki book se padahte Hain?? *Reply me please*

[@edupoint.physics]

+Prashnt Kr. Bariyar Thank you very much for being supportive. Your support is very helpful. Koi definite kitab main follow nahi karta. Jab jahan se jo bhi help mil jaye behtar hai.

[@graphicera8226]

Sir if the force of attraction between the earth and our is same... Then does earth pulls us with its gravitational force of attraction or the with the force of attraction as described in Newton's law...but if earth pulls us with the force of attraction then we also pull the earth with the same force... So why do we fall is the force is same... And if earth pulls us with gravitational force (g) then it is smaller than our weight(mg) then also we fall why

[@carultch]

Gravity is a two way street. Suppose you weigh 700 Newtons as an example number. Earth pulls on you with 700 Newtons of force, and you reflect this force back onto Earth, also pulling upward on Earth with 700 Newtons of force. The forces are mirror images of each other, such that you are the target of the force pulling you down, and the agent of the force pulling the Earth up. Why then does a human body fall downward, and the Earth barely moves at all? It's quite easy to calculate. 700 Newtons on a 71 kg mass means you accelerate downward at 9.8 m/s^2 if released from rest, since 700 N / 71 kg is approximately this number. 700 Newtons on a 5.98 septillion kilogram mass, means that the acceleration of the Earth is 1.2*10^(-22) m/s^2. 1.2*10^(-22) meters is smaller than a single proton, so we don't notice the Earth reacting to your weight.

[@aakashbhardwaj3287]

Sir Einstein ka gravitational equation sahi hai ya newton kaaa kyu ki ek saath dono sahi nhi ho sakte

[@dostali925]

what a question...... i also want to know

[@abhinavsingh3624]

Nice vedio sir

[@HarshKumar-qz1pf]

You are great

[@alokgupta4042]

Aap to kuch bi bol rhar ho wo cotton par buoyant force kase act kare gi ?

[@sanjaykumarmahato7565]

good

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Awsome sir

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Nothing is clear in this video

[@sonumahor9678]

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[@ajaypalkkp4041]

Nice sirrr

[@krismohan908]

GRAVITY-GRAVITATION BOTH ABSURD

[@DrSahin-MBBS]

Like The whole mass of earth is concentrated at the the centre

[@carultch]

It isn't. But with Calculus, you can prove that a body with spherical symmetry will have the same gravity from its surface outward, as if all of its mass is concentrated at its center. This means you generally don't need to think about the details of mass distribution to determine the gravity of planets.

[@PhysicsGuruAK]

#Physicsguruak

[@UmeshKumar-wb8rj]

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[@sanjaypatel3636]

Sir special relativity general relativity ka video banayia please Dark metter ka video

[@edupoint.physics]

Hello Sanjay Patel ! Video on "Michelson-Morley experiment" is going to be available today (10-Jan-2018) at 5 : 00 pm. Hope that will be helpful to you. Good Luck..... I shall create more.

[@adamqrz]

What is the relationship between Gravitational Acceleration, g on the Surface of the Earth with Universal Gravitational Constant, G ?

[@TECHNICALVEDANTB]

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G ka kam kya hai

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13:30

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