If you see a deflection in the orbit, than you know some sort of force has acted upon it. What forces are acting on celestial bodies it space?

not really a point, this is just an endless discussion that’s gonna repeat from point a to point d and back to point a

Yep, we've told them these things before but they can't grasp the concepts

How can you accurately see a deflection in the slightest? Those object are so far away that you need NASA grade telescopes to notice any attraction or deflection

You can easily observe Jupiter without nasa telescope

that’s not true at all i’ve looked at jupiter multiple times already with just a simple telescope

i’ve also seen venus that was fun

How can you '' Observe the asteroid being attracted or deflected '' accurately?

@Akhanyatin Do you even read before you type lol?

with eyes and a telescope

lol?

@rivenator12113 NASA isn’t the only space agency out there..... Galileo discovered Jupiter’s moons back in the 1600’s, I think our technology has advanced since then

david how did you get that role

@mewhoula The attraction or deflection would be negligible, you need accurate instruments to see if there was an attraction or deflection

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@rivenator12113 he said observe Jupiter
You said you need a nasa grade telescope
So I'm answering, you can easily observe Jupiter without a nasa grade telescope
Are you even trying?

@rivenator12113 Which most space agencies and universities have these tools

whoa i didn’t know people believe in this many types of earth

You guys are again straw manning, I said how can you observe an attraction or deflection by the telescope? They are so far away that it shouldn't appear that they even attracted each other. I never said we couldn't see Jupiter.

have you never used a telescope before?

Since I’m new here, could you explain what straw manning means?

@rivenator12113 You will see it divert from it’s original orbit. This has been done countless times.

You can see jupiter, you can see objects around it, but you can't see them move?

How can you accurately see if they attracted or deflected each other? @SAM101907 Nope, they are too far away to get exact results to see if there was actually attraction.

You can watch Jupiter’s moons orbit it with an amateur’s telescope. Galileo did it back in the 1600

You've never used a telescope before, have you

A telescope isn't good enough to measure the attraction or deflection of a celestial object off the other.

that’s exactly what i said! @Akhanyatin

I wish to own a telescope, that would be cool.

@rivenator12113 You can’t just say nope, this has been done BEFORE NASA had even been a thought.

I did and you can't see accurately if they attract or deflect each other. They just appear in normal trajectory.

Except one of them has diverted its course

well your telescope sucks

@SAM101907 You can't prove it and just have to appeal to authority? You globe earthers are better than this

This is EASILY observable

You used one once and expected to see the phenomenon on your first try?

@rivenator12113 I think I've found a video that might be able to answer your question in terms of proving gravity
https://www.youtube.com/watch?v=CkhxPm15PFo

Have you observed 2 celestial objects attracting each other at great distances? @Akhanyatin Any proof to support your claim?

you simply have no patience for any of this

do you?

He's not going to watch videos, they might spread doubts in his religious mind