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Thank you!If you take the area of all the continents, add them up, you get 143814084 km2 or 1.43814084e+14 m2. Average elevation above sea level for a continent is 838 m. Multiplying that together you get a volume of 1.205162e+17 m3. Basic density of continental crust is 2700 kg/m3 so a total mass of 3.2539374e+20 kg.
Ehh i mean this is only the upper part. If we're talking about a feat of, let's say, moving a continent, it likely has something to do with tectonic plates, which go way deeperIf you take the area of all the continents, add them up, you get 143814084 km2 or 1.43814084e+14 m2. Average elevation above sea level for a continent is 838 m. Multiplying that together you get a volume of 1.205162e+17 m3. Basic density of continental crust is 2700 kg/m3 so a total mass of 3.2539374e+20 kg.
What if it were a feat where someone pushes aside a beings who’s body was the size of all continents in a mere infinitesimal measurement of time? Would that be kinetic energy?An example would be this
Pokémon: Groudon raises continents redux
vsbattles.fandom.com
Here the average continental crust depth is used
KE rules wouldn't work in infinitesimal time since that breaks the laws of KE.What if it were a feat where someone pushes aside a beings who’s body was the size of all continents in a mere infinitesimal measurement of time? Would that be kinetic energy?
Ah, i should have remembered that, but this could at least give a value in speed needed to push something like that out of the way as well as perform other tasks, and said character would scale anyway to other universal or higher being, it would have been nice to see some physical applications.KE rules wouldn't work in infinitesimal time since that breaks the laws of KE.
If he pushed it at, let's say, 30% Relativistic and that speed appears in the feat then you can use KE.
A simple question, what would be considered the mass of all the continents on earth all together In kg? If there is not concrete answer, what would be the closest, trusted estimate?
Nice niceIf you take the area of all the continents, add them up, you get 143814084 km2 or 1.43814084e+14 m2. Average elevation above sea level for a continent is 838 m. Multiplying that together you get a volume of 1.205162e+17 m3. Basic density of continental crust is 2700 kg/m3 so a total mass of 3.2539374e+20 kg.
What do you mean?bruh.
hehe.What do you mean?
No I got it, thanks, and I found out what I am looking for in energy too.hehe.
the OP just caught my eye and I just found it funny. don't mind me.
The calc done here is fine. Is that all you wanted? The mass of all continents? Do you also want to know how much energy it took to move those continents?