Does the Sun's Changing Mass Affect Its Gravitational Pull on the Solar System?

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The Sun loses mass through nuclear fusion and coronal mass ejections, but this loss is minimal over its lifespan. Any measurable change in the Sun's gravitational influence on the solar system, including Earth, would take an extremely long time to manifest. The overall consensus is that the mass loss is not significant enough to affect climate or gravitational pull noticeably. Additionally, the solar system collects interstellar dust, which can also impact its mass dynamics. Overall, the Sun's changing mass will not lead to immediate or drastic changes in gravitational effects on the solar system.
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Through nuclear fusion the Sun slowly losses mass as it is converted to energy. The Sun also losses mass through coronal mass ejections. So after a large amount of time would this change in mass of the sun create a measurable change in the gravitational influence the Sun has on bodies in the solar system? Like the Earth?
 
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You got it right BD, it will be a large, large, extremely large length of time before a measurable change in the sun's gravitational acceleration would be seen.
 
Ian said:
You got it right BD, it will be a large, large, extremely large length of time before a measurable change in the sun's gravitational acceleration would be seen.

Thanks for the reply!

I recently found a similar question on the forums and in which it was said that only a very small faction of the Sun's mass will be lost through out it's entire life. Mesurable, but not enough to change any climates enough to be noticeable. Well I'm glad to hear that the Earth isn't going to get any colder anytime soon. :smile:
 
Don't forget that it's not a one-way street ... several comets have been observed http://www.cnn.com/TECH/space/9806/04/kamikaze.comets/ ; the solar system moves through inter-stellar space, and routinely collectes tonnes and tonnes of ISM dust grains (probably a great deal more when we travel through a giant molecular cloud); ...
 
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