Astronomy - General Relativity (15 of 17) Proof Theory: Precession of Apsides Calculated for Mercury
Vložit
- čas přidán 30. 07. 2020
- Visit ilectureonline.com for more math and science lectures!
To donate:
www.ilectureonline.com/donate
www.patreon.com/user?u=3236071
We will now learn how to calculate precession of apsides for Mercury (see video 7 of 17, Proof of Theory: Precession of Mercury Link: • Astronomy - General Re... ) sigma=43seconds.
Next video in this series can be seen at:
• Astronomy - General Re...
Finally someone on CZcams stated the exact reason for the precession! Which was the time dilation from the difference in the gravity along the orbit. Thank you.
Thank you. Glad you liked it.
Thank you. It’s great explanation! I like he voice commenting from the inside the room.
Incredible!! And nicely done sir.
Amazing, really amazing
Thanks a lot 😊
Amazing. Many thanks for sharing science and maths. Big respect from U.K.
Thank you for your comment and welcome to the channel!
The paper where is described the solution for the precession of Mercury’s perihelion, but like the precession of a gyroscope (derived from the Lagrangian mechanics and the General Theory of Relativity) is the following (from 2014):
article.sapub.org/10.5923.j.astronomy.20140302.01.html
Thank teacher 😁
From what I understand, gravity is curvature of space-time. That means 574 is caused by curvature of space-time. Einstein applied his theory by taking into account only the Sun and Mercury, and found 43. How come the other planets have more influence (531) than the Sun (43) on the orbit of Mercury?
These are 2 different effects. We can calculate the gravititional influence of all the planets on each of the planets of the solar system (as you indicated by the result on Mercury). The same is done for Venus, Earth, etc. The Earth's ellipticity of its orbit is constantly changing due to the gravitational attraction of Jupiter. But since Mercury is so close to the Sun, the curvature of space-time is responsible for an additional change in Mercury's orbit that cannot be explained by the gravitational attraction of the other planets. This effect is too small for Venus and Earth so that it has not been observed.
Nice explanation. Would it be possible to give a general explanation for the derivation of the formula?
We will be working on that in the future.
SIR , DOES THAT FORMULA HAVE ANYTHING TO DO WITH EINSTEIN FIELD EQUATIONS
AND IT WOULD BE GREAT IF YOU MAKE A VIDEO OF EINSTEIN FIELD EQUATIONS AND SOLUTIONS OF IT AND RESULT WE OBTAINED FROM IT.
It is related but not the same as Einstein's field equations.
Nice
Glad you liked it.
Sir, is this equation applicable for all planets or just for Mercury?
For everything, but you'll hardly notice the difference.
Hi sir, Omar present.........................
Does precession happen in the same plane of the orbit?
No they are not in the same plane.
@@MichelvanBiezen Thank you for the clarification on this point
First I like the video, then only I will watch the video😊
There is an error in Albert Einstein's paper about Mercury. Two roots of one equation are imaginary numbers which Einstein used to calculate precession.
Click on "67. Error In Einstein's Calculation Of Perihelion For Mercury" on this website.
sites.google.com/view/physics-news/gravitation
1000like
The theory of general relativity is invalid because it predicts the angular difference between the aphelion and the perihelion to be 2 radian for the orbit of Mercury. The actual observation is about 6.28 radian. More in
'80. Schwarzschild's Geodesic and the Orbit of Mercury '
on this website:
sites.google.com/view/physics-news/home/updates
Many theories predict that. It is just twice the Newtonian value. You could have told people that, but then they would be less impressed.
Not sure what you mean by: "it is just twice the Newtonian value". Can you explain that?
@@MichelvanBiezen Hm, on second thought, it is the deflection of light that is simply twice the Newtonian prediction. For the perihelion procession it isn’t the case. My bad.
Wrong it is not "sec", but "s".
Yes, the "proper" unit abbreviation is "s" for seconds, but sec is also used and I prefer it.
I suppose to wait another 200 years to final check
exactly