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E=mc2. That is the equation for thisI don't know what turning something into "energy" is. How do you reduce something to energy? If I had to guess this would be stronger than Vaporization, because Vapor is gas, and this goes beyond that, but how do you turn the Sun into energy?
But if this is true I think it's Star Level.E=mc2. That is the equation for this
It is actuallyBut if this is true I think it's Star Level.
When I first came upon this question (like 3 hours ago) I actually used this calc and was gonna post it but I didn't because I wasn't sure. Shoulda saved myself the time.
It's like 10x 4-B lol.
Hence why I said it's 4-B. 4-B is a huge tier, 187,000,000,000 times to be exactIt's like 10x 4-B lol.
I don't even know what that means? I'll just nod slowly and say uh-huh.Hence why I said it's 4-B. 4-B is a huge tier, 187,000,000,000 times to be exact
Literally means that the gap between the lowest and highest bounds of 4-B is ******* massive.I don't even know what that means? I'll just nod slowly and say uh-huh.
ye.Very strong.
Oh.. That statement is very vague.Literally means that the gap between the lowest and highest bounds of 4-B is ******* massive.
4-B starts at 22.5 Foe (2.2e+45 joules) and ends all the way at 20.08 TeraFoe (2.008e+57 joules), a gap of almost one trillion.
How is a gap of one trillion between the lowest and highest bounds of Solar System level being massive, vague?Oh.. That statement is very vague.
The only problem I see here is that the gap number is wrong. The actual sentence should have been like this:"Hence why I said it's 4-B. 4-B is a huge tier, 187,000,000,000 times to be exact" is that not vague?
Depends on their mass.Ah I see
So go with the solar system level one and what about different stars into energy?