Well someone calced the Honda/Hakan meteor feat on deviantart.
How does the math check out?
We have a low-end of 582 teratons. About 6x more powerful than what was assumed.
Pretty sure the "meteor is morning side so it's 72km/s" misinterprets that article. The evening/morning side thing is about where the meteor approaches from more than where it impacts.
Actually, the morning side = 72 km/s is not really stated there. It just says morning side are faster, which doesn't mean upper end (as far as I know, the 72 km/s limit comes from the meteors being supposed to be bound to the solar system by gravitation)
Yeah even if the calc is inaccurate, it doesn't really change the fact that the meteor feat is at least 100+ teratons baseline and we have Haggar's feat.We have a problem. I brought that calc to Fanverse long ago so the folks there could double-check it, and this is what I got:
If someone more experienced here could recalc it, we may get something less questionable
It wouldn't be the only Street Fighter feat I'd like to see getting calced
Meteors enter the atmosphere at speeds ranging from 11 km/sec (25,000 mph), to 72 km/sec (160,000 mph!). When the meteoroid collides with air molecules, its high level of kinetic energy rapidly ionizes and excites a long, thin column of atmospheric atoms along the meteoroid’s path, creating a flash of light visible from the ground below. This column, or meteor trail, is usually less than 1 meter in diameter, but will be tens of kilometers long.
The wide range in meteoroid speeds is caused partly by the fact that the Earth itself is traveling at about 30 km/sec (67,000 mph) as it revolves around the sun. On the evening side, or trailing edge of the Earth, meteoroids must catch up to the earth’s atmosphere to cause a meteor, and tend to be slow. On the morning side, or leading edge of the earth, meteoroids can collide head-on with the atmosphere and tend to be fast.
From wikipedia.A meteor or shooting star is the visible passage of a meteoroid, comet, or asteroid entering Earth's atmosphere. At a speed typically in excess of 20 km/s (72,000 km/h; 45,000 mph), aerodynamic heating of that object produces a streak of light, both from the glowing object and the trail of glowing particles that it leaves in its wake. Meteors typically become visible when they are about 100 km (62 mi) above sea level. A series of many meteors appearing seconds or minutes apart and appearing to originate from the same fixed point in the sky is called a meteor shower.
In that case, I suppose all that's left to do is to bring the calcs to the "Calculation Factory" thread, and wait for approvalHowever, since that could just be artistic interpretation of its movement (specifically because aerodynamic heating only occurs once the object is entering into our atmosphere....I believe).
The low-end should apply.
Submitted.In that case, I suppose all that's left to do is to bring the calcs to the "Calculation Factory" thread, and wait for approval
Did Falke managed to survive the events of SFV?Well, I'll be damned. They made him look fucking good.
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