TTG-- wrote tectonic plates are on top of eachother, wen there is a gravitational pull the plates grinde together causing friction, i.e earthquakes ect. they dont bump in to eachther lol
8)

Explain fold mountains then geniass. hawhaw

Also it's been roughly 86 hours since this was posted so I don't think it's going to happen.

Red_Dagger wrote

TTG-- wrote tectonic plates are on top of eachother, wen there is a gravitational pull the plates grinde together causing friction, i.e earthquakes ect. they dont bump in to eachther lol
8)

Explain fold mountains then geniass. hawhaw

Also it's been roughly 86 hours since this was posted so I don't think it's going to happen.

I hope the misspelling of genius was intentional, or that would've been very ironic.

Arcade wrote It was nice knowin' ya', Japan.

But honestly, this are not looking good for Japan. With another Earthquake, the radiation is bound to spread.

Going to suck to be in japan

Allways believe the Internet

PatmanFtw wrote

Red_Dagger wrote

TTG-- wrote tectonic plates are on top of eachother, wen there is a gravitational pull the plates grinde together causing friction, i.e earthquakes ect. they dont bump in to eachther lol
8)

Explain fold mountains then geniass. hawhaw

Also it's been roughly 86 hours since this was posted so I don't think it's going to happen.

I hope the misspelling of genius was intentional, or that would've been very ironic.

Yes it was intentional haha. If you don't get it i'm calling him an ass for being very wrong the tectonic plates are not on top of each other they are floating on top of the mantle (the part of earth filled with magma) and are driven by convection currents within the magma there are different types of plate boundaries (where the plates meet) they are either: Destructive boundary plates where one heavier plate is forced under a lighter one (a prime example is oceanic under continental crust) constructive (the exact opposite of destructive where land is created oceanic floor mostly) I cant remember the name of it but the boundary where two plates slide next to each other (a great example is the San Andreas fault) and finally the type of boundary where two continental plates collide creating fold mountains once again I cant remember the name.

I think that just about explains it.

Source: My geography teacher I had two years ago so there are probably some mistakes above.

yea there are earthquakes happening almost all the time, but you dont feel them, and yea this could happen but only near japan because only there plates were affected by the first one

Taylor-TTG wrote Youre right there will be an earthquake in the next 24 hours. there is an earthquake EVERY 24 hours! on average there are 23 earthquakes that happen everyday in the U.S. alone.

This. Just because we can't feel or experience them, it doesn't mean they don't happen.

Your post is pretty vague though - it's like saying someone will break their leg in the next 24 hours etc.

Red_Dagger wrote

PatmanFtw wrote

Red_Dagger wrote

TTG-- wrote tectonic plates are on top of eachother, wen there is a gravitational pull the plates grinde together causing friction, i.e earthquakes ect. they dont bump in to eachther lol
8)

Explain fold mountains then geniass. hawhaw

Also it's been roughly 86 hours since this was posted so I don't think it's going to happen.

I hope the misspelling of genius was intentional, or that would've been very ironic.

Yes it was intentional haha. If you don't get it i'm calling him an **** for being very wrong the tectonic plates are not on top of each other they are floating on top of the mantle (the part of earth filled with magma) and are driven by convection currents within the magma there are different types of plate boundaries (where the plates meet) they are either: Destructive boundary plates where one heavier plate is forced under a lighter one (a prime example is oceanic under continental crust) constructive (the exact opposite of destructive where land is created oceanic floor mostly) I cant remember the name of it but the boundary where two plates slide next to each other (a great example is the San Andreas fault) and finally the type of boundary where two continental plates collide creating fold mountains once again I cant remember the name.

I think that just about explains it.

Source: My geography teacher I had two years ago so there are probably some mistakes above.

Someone here did geography GCSE

TTG_PIE wrote

Red_Dagger wrote

PatmanFtw wrote

Red_Dagger wrote

TTG-- wrote tectonic plates are on top of eachother, wen there is a gravitational pull the plates grinde together causing friction, i.e earthquakes ect. they dont bump in to eachther lol
8)

Explain fold mountains then geniass. hawhaw

Also it's been roughly 86 hours since this was posted so I don't think it's going to happen.

I hope the misspelling of genius was intentional, or that would've been very ironic.

Yes it was intentional haha. If you don't get it i'm calling him an **** for being very wrong the tectonic plates are not on top of each other they are floating on top of the mantle (the part of earth filled with magma) and are driven by convection currents within the magma there are different types of plate boundaries (where the plates meet) they are either: Destructive boundary plates where one heavier plate is forced under a lighter one (a prime example is oceanic under continental crust) constructive (the exact opposite of destructive where land is created oceanic floor mostly) I cant remember the name of it but the boundary where two plates slide next to each other (a great example is the San Andreas fault) and finally the type of boundary where two continental plates collide creating fold mountains once again I cant remember the name.

I think that just about explains it.

Source: My geography teacher I had two years ago so there are probably some mistakes above.

Someone here did geography GCSE

Actually no I took French haha (worst choice in my entire life)

Really weird, its things like this that make me more attached to this topic