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but how wouldn't a fast timeframe of destruction not be worth paying attention to? If something vaporized very quickly wouldn't that give higher results than something that vaporized not as quick?Such a minuscule timeframe wouldn't really be worth paying attention to, generally. If you question expands to be, say, 1 minute or 30 seconds, we would divide the net result to get watts.
...kinetic energy lol?so a 10 km island vaporizing in 1.5 seconds, the vaporization speed would be 6666.67 m / s
Do you just combine the vaporization/destruction energy and the kenetic energy..? Or?
That's the thing I'm trying to figure out
lol I guess I pronounce/view it as kenetic... Don't understand how i Is an eeh sound in English problem with the US language fr...kinetic energy lol?
uhhh... SureCould you post the specific feat you're talking about? I can't envision a feat where you'd be getting both vaporization and kinetic energy from the same parameters, is all.
the giant ball is called a thundercloud, that "small" one destroyed only angel island, the big/bigger one was going to do the same thing to all of skypiea which includes also an actual islandsince that looks like a giant ball
but you can vaporize clouds... What you mean?If that is straight up a giant ball-shaped thundercloud, then yeah, it'd already be vapor (even with higher density). Can't vaporize it.
It was destroyed via being vaporized... Not reallyIf it was destroyed, maybe dispersal is more what you're after?
Clouds are condensed water vapor that will soon form into liquid (that is, rain). Some percentage of a given cloud is water as liquid, I suppose, but the cloud itself is largely already vapor.but you can vaporize clouds... What you mean?
It was destroyed via being vaporized... Not really
It was going to vaporize an actual island anyway... But the cloud island replicates normal islands (which the clouds would have a similar density to earth/stone) the same way the sea cloud replicates the sea
Me need sleep
Yee true but that first comes from the suns heat into the sea which then makes stem from the water which then turns to cold clouds.. (says they become water droplets) basically making it similar temperature to water? Which is how it can be vaporized I’m assumingClouds are condensed water vapor that will soon form into liquid (that is, rain). Some percentage of a given cloud is water as liquid, I suppose, but the cloud itself is largely already vapor.
Well I assumed since the moment of impact/vaporization, the effected area would have to move aswell before turning to vapor and decreasing in speed. Making another method via KEI'm unsure how this would correlate to KE
I can't think of any specific hard cut-off point, but I personally would stop using it at ~330,000m, as that's when the difference between them crosses 5%, which I consider too significant of an error to be handwaved as just general inaccuracy.At what height does mgh stop being used for P.E, in favor of the more complicated formula?
Can I have a hand here, please? I'm still trying to teach @Kingcollapser how to do calculations.
YesIf a character can lift a 20 kg bag over 2 m high, does that make them 9-C?
9-CWhere does 723.7888 joules land around at?
42639.4 Joules = 9-BHere once again to ask a question, so
Where does 42639.4 Joules and 295558.7 Joules land around at? (I can't tell thanks to my inexperience, still learning the ropes...)
Anybody know the ground blast formula? I need it.
I greatly appreciate itExplosion Yield Calculations
First, you have to find the exact page, or scene where an explosion is shown as a feat. Depending on the environment where the explosion occurred, you may have to scale the size of a smaller object that is shown in the map. Let's do an example... An explosion of unknown size occurs in this...vsbattles.fandom.com
I use a tool here to help me convert my results from certain units of energy to tiers whenever I do calculations. Hope it proves to be useful to you. You're welcome.Here once again to ask a question, so
Where does 42639.4 Joules and 295558.7 Joules land around at? (I can't tell thanks to my inexperience, still learning the ropes...)
this is top tier site thanks for sharingI use a tool here to help me convert my results from certain units of energy to tiers whenever I do calculations. Hope it proves to be useful to you. You're welcome.
No problem; you're welcome.this is top tier site thanks for sharing
you're actually a hero for thisI use a tool here to help me convert my results from certain units of energy to tiers whenever I do calculations. Hope it proves to be useful to you. You're welcome.