- 3,747
- 901
Just out of curiosity, what is the highest yield a planetary storm could possibly achieve?
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Jesus power rangers has ridiculous feats. My childhood has justified power rangers wank, it seems.Darkanine said:It hasn't been calced yet, but theirs a feat in Power Rangers where the Pink Ranger dissipates a planet wide storm (and I think the planet was supposed to be as big as Saturn or something). That could yield insane results.
You know you are a villain of the year when you say "We've all destroyed galaxies."Darkanine said:One thing I love about Toku shows like Power Rangers and Sentai is just how nonchalant they are about big feats. For example, Sledge and his minion getting in a shouting match about how many galaxies they've destroyed.
The big bads of Doubutsu Sentai Zyuohger literally, and I do mean literally, have a game about who can destroy the most planets between them.Darkanine said:One thing I love about Toku shows like Power Rangers and Sentai is just how nonchalant they are about big feats.
What if the planet is five times as big as earth with the same atmospheric density of earth and it moves at the same speed?Darkanine said:Best part is "all" refers to his henchme.
Total mass of the Atmosphere is 5.1480 * 10^18 kg. Lets say it moves at 10%.
5.148e+18 * 0.5 * 2.998e+7^2 = 2.3135122e+33 J
I know lifting the atmosphere is 12.4 gigatons.TeenAngel101 said:Btw, I remember destroying the Ozone layer is 6-C, but does anyone know how much it takes to destroy the entire atmosphere? I don't remember what series it's from, but there was a guy who could destroy Earth's atmosphere with his body heat.
That is laughably close to Percy's feat of lifting the sky---ArbitraryNumbers said:Provided that there isn't a proper timeframe given for the storm's creation, and assuming that the storm cloud itself is 30,000 ft tall with an area equivalent to that of Earth's entire surface area, highest you could get, is 5.31e+19 joules, or 12.7 Gigatons of TNT - Island level.
Because I am assuming these are values you get in reality and not just pulled from nowhere, right?ArbitraryNumbers said:I see the problem. My blog only used storms that are 30,000 feet tall.
The calculation in this forum threadassumes heights of 15 km.
So most of the values in my storm blog are huge lowballs.
Damn AN, back at it again with is your realism lul.ArbitraryNumbers said:Okay false alarm.
The guy used a different cloud density than the one we use. Not only that by 30,000 ft isn't too far off from 15 km. Plus he somehow got 1.687 terajoules from multiplying (1.125*10^12) * 1500, where the actual result would only be 1.6875e+15.
I didnt mean to make it sound like he made a mistake lul.ArbitraryNumbers said:The dude actually didn't make a mistake. I just misinterpreted "1.687 terajoules" as "1.687 Teratons of TNT".