Common Feat Fix: Throwing Someone into the Horizon

[Flashlight237]

So uhh, apparently I need a CGM thread to get a revision through. So, credit for the recalc goes to @Dalesean027 : https://vsbattles.fandom.com/wiki/User_blog:Dalesean027/Throwing_a_Person_to_the_Horizon_Recalc

This recalc goes off the fact that the one sent flying would still be flying, typical of feats like this. Would this be acceptable of a replacement?

 

[Dalesean027]

Obvious agree

 

[Flashlight237]

Bump

 

[Flashlight237]

Bump

 

[Flashlight237]

Bump

 

[JPTheGamer]

What was the consensus on this?

 

[Flashlight237]

What was the consensus on this?

Where were you when @Dalesean027 handled the feat?

 

[JPTheGamer]

Where were you when @Dalesean027 handled the feat?

I meant should we close this thread or leave it open.

 

[LegendariumOfLies]

Jesus Christ. W @Dalesean027. This is going to upgrade a lot of verses.

 

[Floxy178]

I'm a little late but why do we just multiply by 2? They don't seem proportional to me. For normal human:

Since it disappears while rising we can lowball and say that distance was at least 1700 meters when it reached its max height,

D^2 = (v^2 / 2g)^2 + (v^2 / 4g)^2
D^2 = 5v^4 / 16g^2
V^4 = 16 * D^2 * g^2 / 5
V = sqrt(4 * D * g / sqrt(5))
Which is v ≈ 172.7215 m/s when D is 1700 meters.

E = 1,044,145.07967875 joules, Wall level

However I don't understand why cm unit was used when calculating LS instead of 0.628319 m.

Force = E / 0.628319 = 1,661,807.26618 N (Class K)

 

[Floxy178]

Obvious agree

Where were you when @Dalesean027 handled the feat?

Bump

 

[Dalesean027]

I'm a little late but why do we just multiply by 2? They don't seem proportional to me. For normal human:

multiplied by 2 because the characters are still usually flying headed upwards by the time they disappear and usually aren't arcing down at the apex of the height they'd reach when they disappear.

However I don't understand why cm unit was used when calculating LS instead of 0.628319 m.

this doesn't change the result so it doesn't really matter either way

 

[Floxy178]

multiplied by 2 because the characters are still usually flying headed upwards by the time they disappear and usually aren't arcing down at the apex of the height they'd reach when they disappear.

Yeah, but we should use actual distance rather than just horizontal displacement as it moved upwards as well. If the character disappears until reaching a point(max height), we can assume that character disappeared there. He could've disappeared earlier, yes, but we can't claim that it's exactly 2 times less than horizontal range from nowhere.

this doesn't change the result so it doesn't really matter either way

Oh, my bad

 

[Floxy178]

multiplied by 2 because the characters are still usually flying headed upwards by the time they disappear and usually aren't arcing down at the apex of the height they'd reach when they disappear.

this doesn't change the result so it doesn't really matter either way

Bump(sorry)