How does the gravitational influence of a single, distant star compare to the gravity from our own Sun on Earth?

Answer

It is utterly negligible compared to the gravity from our own Sun and the Earth itself

The gravitational effect exerted by any single star located across light-years of space upon Earth is overwhelmingly insignificant when weighed against the gravitational forces already acting upon us. The force we experience is dominated primarily by the mass of our own planet, Earth, and secondarily, but powerfully, by the mass of our immediate local star, the Sun. Even if the vector of a distant star's gravity were directed perfectly toward Earth, the sheer magnitude of distance ensures that this influence is entirely negligible in comparison to the local gravitational field that dictates planetary and orbital mechanics.

How does the gravitational influence of a single, distant star compare to the gravity from our own Sun on Earth?

#Videos

Objects Fall from Space Where There Is No Gravity, Here's Why

Related Questions

What phenomenon is commonly referred to as a "shooting star" or "falling star"?What governs the orbital paths of stars around the Milky Way's galactic center?If our Sun were the size of a doorway, how far away would Alpha Centauri be in the analogy?Why is the proper motion of distant stars imperceptible over a human lifetime?What is the typical size range for the tiny fragments known as meteors?What linguistic shortcut contributes significantly to the confusion about falling stars?How does the gravitational influence of a single, distant star compare to the gravity from our own Sun on Earth?At what speed can space debris enter Earth's atmosphere when forming a meteor?The stable path of Earth around the Sun is analogous to which phenomenon in galactic mechanics?Approximately how close to the planet's surface do meteors burn up entirely?
Spaceastronomystarsgravitysky