Astronauts stuck in "space"

[Francie, 2,468]

  On 26/08/2024 at 13:19, Francie, said:

Here's footage from a supposed space walk,the astronaut is just floating barely even holding on,but the station is travelling at 17,900 mph hahaha how is he able to do it without being blown off the station?

It doesnt even look like theres any resistance from his body?

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[Pewit 971]

  On 26/08/2024 at 13:20, Francie, said:

 

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The fact that they are travelling at a relative motion and they are in a place with no air resistance perhaps? Lol

[Born Hunter 17,841]

  On 26/08/2024 at 13:19, Francie, said:

Here's footage from a supposed space walk,the astronaut is just floating barely even holding on,but the station is travelling at 17,900 mph hahaha how is he able to do it without being blown off the station?

It doesnt even look like theres any resistance from his body?

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If they cut the wires they would go flying off! 

[Francie, 2,468]

  On 26/08/2024 at 13:23, Pewit said:

The fact that they are travelling at a relative motion and they are in a place with no air resistance perhaps? Lol

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Nah not buying that,relative motion would be like someone inside a plane,but if you tried to hold onto a plane on outside,your going by by lol

[Francie, 2,468]

  On 26/08/2024 at 13:25, Born Hunter said:

If they cut the wires they would go flying off! 

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No they would just float away,with no velocity at all,iv watched other vids were the wire is loose,no tension an the astronaut using both hands,theres barely any pull or velocity but the station is travelling st supposed 17thousand mph hour mate lol

[Pewit 971]

  On 26/08/2024 at 13:27, Francie, said:

Nah not buying that,relative motion would be like someone inside a plane,but if you tried to hold onto a plane on outside,your going by by lol

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Because if you were on a plane you'd be feeling the resistance of the air and the wind FFS, you and mC have gotta be the same account? Lol

[Born Hunter 17,841]

  On 26/08/2024 at 13:30, Francie, said:

No they would just float away,with no velocity at all,iv watched other vids were the wire is loose,no tension an the astronaut using both hands,theres barely any pull or velocity but the station is travelling st supposed 17thousand mph hour mate lol

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I meant the secret wires holding them up…

[Pewit 971]

  On 26/08/2024 at 13:30, Francie, said:

No they would just float away,with no velocity at all,iv watched other vids were the wire is loose,no tension an the astronaut using both hands,theres barely any pull or velocity but the station is travelling st supposed 17thousand mph hour mate lol

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That wouldn't happen either, Newton's First Law of Motion.

[chartpolski 25,664]

  On 26/08/2024 at 13:27, Francie, said:

Nah not buying that,relative motion would be like someone inside a plane,but if you tried to hold onto a plane on outside,your going by by lol

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The plane is flying in an atmosphere , the spacecraft is flying in a virtual vacuum.

Francie, do a bit of research on “orbits”. 
A smaller body, like the ISS is orbiting a larger body , the earth, just as the earth is orbiting a larger body, the sun. The larger bodies gravity is always trying to pull the smaller body down, but the speed of the smaller body resists this and in effect it’s always falling around the curative of the bigger body, hence why the ISS doesn’t fall to earth and the earth doesn’t fall into the sun . The astronaut on a space walk is travelling at the same speed as the ISS .

What would be the point of trying to fake all these things ? There is nothing to gain, and everything to lose if it were exposed .

Cheers.

[Pewit 971]

 

[mC HULL 14,273]

  On 26/08/2024 at 13:30, Pewit said:

Because if you were on a plane you'd be feeling the resistance of the air and the wind FFS, you and mC have gotta be the same account? Lol

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lol i ain’t got a clue about iss lol 

[mC HULL 14,273]

  On 26/08/2024 at 13:36, chartpolski said:

The plane is flying in an atmosphere , the spacecraft is flying in a virtual vacuum.

Francie, do a bit of research on “orbits”. 
A smaller body, like the ISS is orbiting a larger body , the earth, just as the earth is orbiting a larger body, the sun. The larger bodies gravity is always trying to pull the smaller body down, but the speed of the smaller body resists this and in effect it’s always falling around the curative of the bigger body, hence why the ISS doesn’t fall to earth and the earth doesn’t fall into the sun . The astronaut on a space walk is travelling at the same speed as the ISS .

What would be the point of trying to fake all these things ? There is nothing to gain, and everything to lose if it were exposed .

Cheers.

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but the is would fall to earth if it wasn’t constantly adjusted ? 

[chartpolski 25,664]

  On 26/08/2024 at 13:46, mC HULL said:

but the is would fall to earth if it wasn’t constantly adjusted ? 

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Probably. It needs the speed and altitude to counter the effects of gravity.

Cheers.

[Francie, 2,468]

  On 26/08/2024 at 13:38, Pewit said:

 

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How come the bowling ball an the feather fall down,if theres a vacuum?

[Pewit 971]

  On 26/08/2024 at 13:49, Francie, said:

How come the bowling ball an the feather fall down,if theres a vacuum?

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Surely you have heard of that thing called gravity mate? Lol