Speed required to escape a black hole from outside the event horizon?

[Maverick_Zero_X]

Waluigi

Waluigi (Japanese: ワルイージ, Waruīji) is Luigi's very tall and skinny rival and Wario's partner. Waluigi made his debut in Mario Tennis, and since then, he has made playable appearances in many of the Mario series' spin-off titles. He has been voiced by Charles Martinet ever since his debut. His...

vsbattles.fandom.com

^It’s apparently treated as a Relativistic+ feat, yes, but what’s the precise value?

 

[KLOL506]

Bro double post

 

[Maverick_Zero_X]

Bro double post

Oops. Deleted the other thread.

 

[BasedNecoScaler69]

Waluigi

Waluigi (Japanese: ワルイージ, Waruīji) is Luigi's very tall and skinny rival and Wario's partner. Waluigi made his debut in Mario Tennis, and since then, he has made playable appearances in many of the Mario series' spin-off titles. He has been voiced by Charles Martinet ever since his debut. His...

vsbattles.fandom.com

^It’s apparently treated as a Relativistic+ feat, yes, but what’s the precise value?

its just extremely close to sol, im pretty sure theres no exact value that can be measured

 

[Hypertornado099]

its just extremely close to sol, im pretty sure theres no exact value that can be measured

how do you know that?

 

[BreezeHM]

You can't get a set value for this, since you'll need the mass of the black hole and the character's distance from the event horizon. Once you have that, you can calculate the escape velocity

 

[BasedNecoScaler69]

how do you know that?

the energy required to escape a black hole outside the event horizon is near infinite ( or near sol)

 

[DontTalkDT]

If you can fly (or as in this case swim) you don't need to be fast at all to escape a black hole while outside its event horizon.
As long as you propel yourself away with more force than it attracts you, you will escape, even if you go slow.

It's basically the same as how you don't need escape velocity to fly away from a planet. Escape velocity only applies if you throw something away from a planet or jump off a planet etc.

 

[Hypertornado099]

the energy required to escape a black hole outside the event horizon is near infinite ( or near sol)

No its not

 

[Kudekuba]

the energy required to escape a black hole outside the event horizon is near infinite ( or near sol)

I believe you can use this formula to get the minimum G.B.E in Joules for a Black Hole according to Newtons' Law:

G.B.E = ( M * c * c ) / 4

The sources:

Demostration of GBE of an spherical celestial Body

Approximation for the GBE of a Black Hole