It's not just that it's similar. There's lots of material that is missing from the Mid-Atlantic Ridge.
I believe I've shared this before.
I think the problem here is that you're assuming (and if I recall correctly, the math you presented earlier was based upon the idea that) all the material was launched all at once within a few seconds.
This wasn't the case. It was a sustained lauching of material over the course of 40 days, yes, launching material from below the 60-mile thick crust into outer space.
The context is that the material was ejected, not just suddenly accelerated. It was, for lack of a better word, shoved out of the crust and the earth's atmosphere by the sheer pressure of the supercritical fluid acting upon it.
In other words, the electrons you say would have been ripped off would have been carried right along with all of the material being launched, being pushed up by the very hot supercritical fluid that caused the rupture.
Whether they'd have been carried along with them or not isn't the point. The point is that minerals with their electrons ripped off aren't mineral any more and even if the ions reaquired some electrons along the way, they would not have reassembled themselves into rocks that look anything remotely similar to what they used to be. That being rock from the oceanic ridges.
Also, it doesn't matter how long a period of time the material was erupting. It makes no difference if it was trillions of tons or if it was one ten thousandth of an ounce. You simply cannot shoot material out of a gun at any velocity you desire. There is a finite amount of time the projectile is going to spend in the "barrel" of the gun and you have that much time and not one microsecond longer than that to get it to its full velocity. The pressures and inertial forces involved in getting any amount of material accelerated to a speed not just sufficient to escape Earth's gravity but to propel it into an orbit 40 times further from the Sun that it's origin is colossal in the extreme! It would turn the hardest titanium into plasma never mind the fragile, layered, sheet-like structure typical of the phyllosilicates (clay minerals) found on Bennu.
Also, there IS a preponderance of evidence. The video I linked to is just one example.
In regard to the origin of Pluto (and other far distant solar system objects? No.
Comets. Asteroids. Meteors/meteorites/meteoroids. TNOs (such as Pluto and Charon). The fact that one of the clockwork comet's orbit puts it within a few million miles, within a hundred year margin of error, of where the earth was at the time of the flood, which lines up with Biblical chronology (around 3290 B.C, give or take 100 years). The fact that there's literallly algae, specifically marine plankton, living and growing on the windows of the ISS. The Moon. The missing crust in the Atlantic. The sunken crustal plate in the pacific that makes the earth looks like a ping pong ball was crushed inwards on one side.
You're going further than is needed here. I accept much of the theory as valid. Certainly more valid that Plate Techtonics. I have no problem with believing that the oceanic ridges where formed when the waters were released from under the earth's crust. I have no problem with Pangaea being split apart and the continents of today coming to their modern locations in just a few hours. I have no problem with the theories explanation of most all of the geological oddities that exist all over the planet, etc. The issue I have with the theory is the notion that ALL of the comets, the asteroids and Pluto used to be part of the Earth. I think that is entirely implausible and it is not a necessary part of the theory. Would some material have been launched into space? Yeah, probably. Could there be some comets that resulted? I very much doubt it but, maybe. Was the entire asteroid belt and everything else past Neptune ejected from the Earth during Noah's flood? No.
And most importantly (but certainly not last of all), all of the predictions that are made by HPT proponents regarding our solar system.
There's so much evidence that the current state of our solar system is a result of the flood, it's mind-boggling!
kgov.com
I agree that the theory has had some successful predictions but that isn't proof that the theory is correct. It is valid evidence but it not proof.
In 1948, George Gamow, Ralph Alpher, and Robert Herman predicted that if the universe began in a hot, dense state, there should be residual radiation that has cooled as the universe expanded, with a temperature around 5 K. In 1964, Arno Penzias and Robert Wilson discovered the CMB at a temperature of ~2.7 K, confirming this prediction.
In the late 1940s, George Gamow and his collaborators predicted that the Big Bang nucleosynthesis would produce about 25% of the universe's baryonic matter as helium. This was confirmed through spectral analysis of stars and interstellar gas, showing helium abundance consistent with the predictions.
In the 1980s, the theory of cosmic inflation, an extension of the Big Bang Theory, predicted that quantum fluctuations in the early universe would grow into large-scale structures like galaxies and galaxy clusters. These fluctuations would leave an imprint as slight temperature variations in the CMB. In the 1990s, the COBE and later the WMAP and Planck satellites detected these tiny temperature fluctuations in the CMB, precisely matching predictions.
Would you accept these successful predictions as proof that the Big Bang Theory is true? I wouldn't!