@uberhikari said:
I can't be sure because I'm no physicist, but I think the energy required is actually quite negligible, as I suspected since gravity is the weakest of the 4 fundamental forces. From
here:
As one final note, I have been giving you escape velocities from the surface of the object, keeping with the example of throwing a baseball. However, the radius term in the equation is really just the distance between the baseball and the center of the object from which you want it to escape. If you stand on the surface of the object, then you use the radius of the object. If you are 2 miles above the surface, you use the radius of the object plus 2 miles. Thus, throwing a baseball fast enough to achieve escape velocity on the surface of the Earth requires you to throw it 11.2 km/s (that's 25,053.7 mph), but from the top of the Earth's atmosphere (~480 km or 300 mi high) you would only have to throw it 10.8 km/s (24,158.9 mph).
Supes and Helspont are well above the highest mountain at this point and even past the exosphere if Helspont has to create his own atmosphere. Even in the exosphere which is the upper limit of our atmosphere plain old air molecules can escape Earth's gravity and a portion of our atmosphere leaks like this into space each year. If Supes and Helspont are beyond the atmosphere then Helspont would need far less force to knock Superman into the Moon than Boros.
Then beyond that fact, Boros also has drag working against him. By quantifiable feat analysis Boros' hit is more powerful if we don't make any assumptions at all. Furthermore Saitama easily tanked Boros' whereas Supes was clearly hurt and KOed.
There's nothing in the scan that says Helspont has to create his own atmosphere; Helspont only says that he can. Furthermore, I don't know why you're claiming that, "Helspont would need far less force to knock Superman into the Moon than Boros." Why would this be true? I concede that he would need less force, but far less? That's just not true. Why? Because if two people can hit an object so that it travels at FTL speed, then the Earth's atmosphere/gravity makes essentially no difference to the object's speed. Once you're getting into FTL speed you're talking about a difference so insignificant that it wouldn't even be worth contemplating. You can't really be arguing that the Earth's gravity/atmosphere would slow down an object traveling at FTL speed, are you? Escape velocity is only 25,000 mph; you do realize how great the difference is between 25,000 mph and lightspeed, right? It's the difference between mach 32 and mach 877,000.
Moreover, Helspont is much, much stronger than Boros, which is something I didn't realize until dondave pointed out that Helspont's atmosphere wasn't what was hurting Superman, it was Helspont's grip around his head. Superman can lift the equivalent weight of the entire Earth for 5 days straight with no sunlight but he couldn't get free from Helspont's grip. That's quite strong to say the least.
In any event, I don't think this matters because the speed difference between Saitama and Superman makes all this a moot point. Saitama will never touch a single hair on Superman's head.
Log in to comment