system
Given the following post, respond as if you're commenting on Reddit:
human
Since everything with mass has a gravitational pull, does this mean that Pluto has a pull on me currently?

To be more specific, I know everything that has mass has a gravitational pull, even atoms.  I wanted to know, regardless of how small, if extremely far away planets/stars have an effect on us?  It got me thinking that if time is infinite, will everything with mass, every atom, and every quark eventually come together as one big mass in space?
gpt
Pluto has a mass of about 10^22 kg (about 500 times less than the earth), its distance to the Earth depends on where it is in its orbit (since its orbit is quite non-circular) and where we are but honestly it's billions of kilometers from the sun and we're only 100s of millions so our orbit only affects the first decimal place and we might as well just ignore the difference, thus its average distance from the sun is about 6x10^9 (6 billion) kms, which is the same as its distance from the Earth.  In fact, pluto's eccentric orbit takes it from about 4.4 billion km to 7.4 billion km to the sun, where Earth's is only about 0.15 billion km from the sun.  So the Earth-Sun distance is actually negligible to the problem. 

So the gravitational force a mass of 1 kg feels towards Pluto on Earth is about:

2x10^-14 or 0.00000000000002 Newtons.

For context, apparently a flea egg weights about 20 micrograms, which means that the downward force/weight you feel from holding a flea egg ( 0.0002 Newtons) is about a 100 million times greater than the pull of pluto.

But it's there... in the darkness... pulling....