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Yor Forger High Hypersonic Removal

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This is simple, Yor Forger was upgraded to high hypersonic randomly lol, BY A CGM ASWELL, and I have no Idea how a CGM could get a calc this wrong

1. The CRT for the change was only accepted by administrators ? So uhm why was it added
2. The feat is her sending a volleyball into space, to send a rocket to space the speed it needs to travel at is only Hypersonic+, also a volleyball is much lighter then a rocket but I don't know
3. There was no calc or at least a blog post to explain the feat
 
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Do we generally scale characters to the speed at which they can kick or throw something?
Im not sure, but if you think about it, it doesn't really make sense, the fastest ball throw ever is 105 mph done by a human, does that necessarily make that guy subsonic.. No, this feat shouldn't count speed wise
 
2. The feat is her sending a volleyball into space, to send a rocket to space the speed it needs to travel at is only Hypersonic+, also a volleyball is much lighter then a rocket but I don't know
an object needs to be at least 11 km/s (escape velocity) to go into space
 
This is simple, Yor Forger was upgraded to high hypersonic randomly lol, BY A CGM ASWELL, and I have no Idea how a CGM could get a calc this wrong

1. The CRT for the change was only accepted by administrators ? So uhm why was it added
2. The feat is her sending a volleyball into space, to send a rocket to space the speed it needs to travel at is only Hypersonic+, also a volleyball is much lighter then a rocket but I don't know
3. There was no calc or at least a blog post to explain the feat
1. Administrators also have the rights to accept content revisions, their votes actually have even more weight than normal thread moderators rights (at least Ant always say that), and two administrators accepted the crt to apply the accepted calculation to her throwing speed.
2. From wikipedia
The escape velocity relative to the surface of a rotating body depends on direction in which the escaping body travels. For example, as the Earth's rotational velocity is 465 m/s at the equator, a rocket launched tangentially from the Earth's equator to the east requires an initial velocity of about 10.735 km/s relative to the moving surface at the point of launch to escape whereas a rocket launched tangentially from the Earth's equator to the west requires an initial velocity of about 11.665 km/s relative to that moving surface. The surface velocity decreases with the cosine of the geographic latitude, so space launch facilities are often located as close to the equator as feasible, e.g. the American Cape Canaveral (latitude 28°28′ N) and the French Guiana Space Centre (latitude 5°14′ N).
3. It had linked the calculation with the according explanation
(Can send a volleyball into space)
Furthermore, the calculation was literally accepted by two calculation members, the science guys that need to approve any calculable feat, specifically @KLOL506 (who is already here) and @AbaddonTheDisappointment, and take in mind that most accepted calculations only have a one calc member input.
 
See it as a inofficial warning, changing profiles without a accepted content revision thread like you have done twice is considered vandalism and a bannable offence. I will just assume that you are new and didnt knew this, so I won't report this officially, but be mindful of that.
 
Now that I remember, the calc is primarily an AP calc. I accepted the AP portion of it.

Speed is fine as attacking speed.
 
Attacking speed I suppose. Not that it scales to combat speed and reactions but I don't have to tell you that.
Btw this is completely unrelated but do you pixel scale hair for height if the hair is like multiple multiple inches tall
 
1. That's not how outliers are determined.

2. This scales to absolutely no one and is a projectile-based attack. Hell, now that I look at it, it was blatantly mentioned as "High Hypersonic with projectiles". BEFORE YOU REMOVED IT THAT IS.
 
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...Did the OP even read anything on Yor's profile beyond "High Hypersonic" before making this thread?

Every argument's already been addressed by messages above.
I read it, I google searched it and saw 7777 m/s as the speed something has to move to get into space, I was wrong tho
 
I read it, I google searched it and saw 7777 m/s as the speed something has to move to get into space, I was wrong tho
That is for maintaining orbit while still being under the influence of Earth's gravity. Not for escaping Earth's influence entirely.
 
Actually no, this is different, 11km/s is the speed you need to go at to break the earths atmosphere and escape the gravitational pull of the earth, the ball Yor threw doesn't necessarily leave the earths gravitational pull which is 6,760 Km, the one Yor threw seems to go far around ( 2000 km ), but doesn't necessarily leave the earths gravitational pull, which means the ball could be moving at 1 m/s (obv not but you get what I mean), wouldn't it be better to calculate this because the ball didn't actually leave the earths gravitational pull as it would have had to travel 6,760 km, this is an example of 1000 km:
ESA - Low Earth orbit
 
I did some curvature shenanigans, and I am more than glad enough to say, YOU ARE COMPLETELY WRONG.

Using the Curvature Formula, I got the ball's distance from the surface at... 7700-8000-ish km.

So yeah, it qualifies for escape velocity.
 
Didn't even need to do curvature equations. The ball goes from the roof of a building to blatantly above the stratosphere after 1 panel.

Escape Velocity was used as a lowball for the calc- using the Rule of Thumb 1 panel timeframe of 5 seconds would've resulted in City Block level Yor if I remember correctly
 
Actually no, this is different, 11km/s is the speed you need to go at to break the earths atmosphere and escape the gravitational pull of the earth, the ball Yor threw doesn't necessarily leave the earths gravitational pull which is 6,760 Km, the one Yor threw seems to go far around ( 2000 km ), but doesn't necessarily leave the earths gravitational pull, which means the ball could be moving at 1 m/s (obv not but you get what I mean), wouldn't it be better to calculate this because the ball didn't actually leave the earths gravitational pull as it would have had to travel 6,760 km, this is an example of 1000 km:
Maybe next time instead of eyeballing, you try to do some pixel-scaling first?

Also what Elaj said. I can't believe I had to go through the effort to do some curvature shenanigans. Jesus Christ.
 
I did some curvature shenanigans, and I am more than glad enough to say, YOU ARE COMPLETELY WRONG.

Using the Curvature Formula, I got the ball's distance from the surface at... 7700-8000-ish km.

So yeah, it qualifies for escape velocity.
could you please show me, I've never done curvature stuff but im sure I could learn it and see yours
 
Didn't even need to do curvature equations. The ball goes from the roof of a building to blatantly above the stratosphere after 1 panel.

Escape Velocity was used as a lowball for the calc- using the Rule of Thumb 1 panel timeframe of 5 seconds would've resulted in City Block level Yor if I remember correctly
ehm what ? You can't assume the time for something, why not wait for the anime adaptation ?
 
I did some curvature shenanigans, and I am more than glad enough to say, YOU ARE COMPLETELY WRONG.

Using the Curvature Formula, I got the ball's distance from the surface at... 7700-8000-ish km.

So yeah, it qualifies for escape velocity.
Uhm, sorry for my inconsistency, earths atmosphere reaches 10,000 km
 
At the exosphere it doesn't mean jackshit for escape velocity.
again, could you send your pixel scaling ?


also I get it doesn't mean jackshit but I have another thing lol

A spacecraft leaving the surface of Earth, for example, needs to be going about 11 kilometers (7 miles) per second, or over 40,000 kilometers per hour (25,000 miles per hour), to enter orbit.

Highlight the word orbit hehe, Earths orbit is well over 20,000 km it takes one search nvm
 
1. Earth orbit does not have a defined height. There are many different Earth Orbits, most of which are well below 20,000 km.

2. Escape Velocity only applies to ballistic projectiles like bullets which only get as much thrust as however hard they were launched from the ground.

Rockets and similar objects- which carry their own fuel and can continually counter the force of Earth's gravity by burning said fuel- do not have to reach to Escape Velocity in order to leave the planet.

3. Can someone please close this thread now that the OP's arguments have been countered?
 
1. Earth orbit does not have a defined height. There are many different Earth Orbits, most of which are well below 20,000 km.

2. Escape Velocity only applies to ballistic projectiles like bullets which only get as much thrust as however hard they were launched from the ground.

Rockets and similar objects- which carry their own fuel and can continually counter the force of Earth's gravity by burning said fuel- do not have to reach to Escape Velocity in order to leave the planet.

3. Can someone please close this thread now that the OP's arguments have been countered?
I still haven't recieved KLOL's pixel scaling, why would I agree to closing the thread
 
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