The ground it is in
Different formations have different permeabilities and transmisivities.
Just like water through a pipe it takes energy (a pressure differential) to cause a flow. If you don’t have a sufficient differential to overcome the resistance of the system then flow won’t occur.
yes a little
Don’t need no stinkin super computer.
The volume of the oceans is about 3.62
10^20 gallons
That is 3.010^21 lbsm
At the earth’s surface 1lbsm = 1lbsf
If you want to raise the surface by 29,990 feet (let’s keep it simple and assume a wave with a uniform triangular cross section which puts the centroid at h/3 = 9,996 feet)
That means you will require a minimum of 3.01 *10^24 ft-lbsf of energy to move that much mass into that shape. (that is around the same order of magnitude as the total energy received from the sun each year and a trillion times more powerful than the Hiroshima bomb)
If the impact took place over one second that would be 1.67*10^27 hp
WOW (Does someone want to check my math? I was never very good at this stuff)
That kind of power will throw things into space and kill everything on the planet rather than move the oceans around like a wave.
The water at the point of impact would simply be vaporized rather than pushed aside
And is going to contain it in that shape?
Its own weight will cause it to collapse long before it got 30,000 feet high
There will be acceleration forces due to the earths rotation and a pull by the sun and the moon. But no more than are normally on the oceans.