Understanding Universal law of Gravitation!

Let's understand what is universal law of gravitation and how Sir Isaac Newton discovered it in detail.

[nabajit]

This video has really motivated me to be more focused on physics as our teacher is going to start laws of motion chapter.

[KenzoArts]

Your videos explain very well concepts in more clear than most channel on YouTube.
Keep up your work mate!

[AbC-bjgs]

marvellous animation and visual for grasping concepts so easily.

[ajinkyaadake]

Sir I request you to make a detailed video on all the Laws of Motion and Laws of Inertia of Sir Issac Newton with detailed explanation with examples

[Gedo-nw]

Just Wow. I have never thought physics like this.❤

[royalemperor]

wonderful video which was explained clearly with good animations. Thank you ...

[MNGN]

The experiment shown in the beginning of the video was conducted by Henry Cavendish to calculate the value of Gravitational constant, which is 6.67×10^-11 Nm²/kg².

Also, if the effect of gravity on smaller bodies is able to be shown just by suspending two small balls on a horizontal bar, then why isn't the effect of gravity shown elsewhere like this?

[chinu]

This was really awesome Sabin Sir
I thank you for making such interesting and useful videos
Hope you will once explain working of a fan and working of TV (all types)

Regards

[tsemgonthar]

Hi Sabins,
can I get your permission to use your wonderful video in my teaching Newton's gravitaiotnal law to my Tibetan viewers? I will surely mention copyright and your youtube link thought the viewers might not be able to follow the links as Youtube is blocked in CHINA.

[pascalaylay]

This video is really beneficial 👍👍👍👍👍👍

[Physics_Hogwarts]

What a great work sir. Appreciate it very much. Please ...make more videos like this ..

[scottstevens]

Upsetting that the video had to come to an end as you did a great job putting it together

[holgerjrgensen]

The Life-Desire is the Force or Motor of Life.
In direct Extension We have Will (Life-Side)
and Gravity (Stuff-Side)
By our Will, We do Balance Gravity of Earth,
with our own, when We lift the cup.

Tide is caused by the slightly Slinger of Earths rotation.

So, Will is Life-Power,
Gravity is Stuff-Power.

[solapowsj]

The lever using a horizontal scale is replaced by ripples from a very high energy top quark in the nucleus of each atom. Rest is identical.
Laws to keep are that a convex interactive surface is positive ➕. A concave interactive surface is negative. Each time waves cut, there is an attractive force bringing the bodies together due to the negative surface interaction. Photons are positive in interaction causing displacement, dispersion and expansion.

[kebabsharif]

Please make a tutorial to explain how to make this animation. May i know the name of software used for making this animation.thank you.

[muhammadsiddiqui]

And the beauty that Coloumb's Electrostatic force is exact analogous to gravitational force

[aparnachaurasia]

Such an amazing explanation. Loved it✨

[thomasblair]

In these experiments how are the different forms of magnetism controlled for?

[thinkwithaman]

after newton all are testing gravity by apple only but why you can jump and show the impact of gravity 😂 really whenever i saw animated vedio about gravity they only throw apple, apple from car, apple from hand, apple from tree . newton makes apple famous... i think apple has speacial power newton got fame and become scientist with journey with apple and jobs also have proved that apples are lucky

[saveearth]

Very good explanation
I have a question :- we know that if we have 3 unknown values in an equation we need 3 equations to solve the problem & find the I will clearify the question the 3 unknown values in Newton's gravitational law (f=G×m1. m2 /r2) are the G gravitational constant.... m2 mass of the earth.... And r the earth radius
So if we put 3 different weights (m1) three times & by computation of the gravitational force (f) each time and because we know (m1) so we can figure out the other 3 values
(G.... m2.... r)
Is my English good?