Oh, please. Brown's a complete joke.
As opposed to you? All you do is thread-crap. You have nothing at all to contribute but you need attention so badly that you cannot shut your hole. Pathetic
Oh, please. Brown's a complete joke.
It's not the continental plates that fit; it is the continental shelves that fit nicely.Very interesting -- especially because it isn't true according to NASA, which leads me to wonder what Bob's source is for the claim that the near side of the Moon has more craters than the far side.
According to NASA, "there are more impact craters on the far side of the Moon" than there are on the near side (source). In fact, the largest impact feature on the moon is the South Pole-Aitken basin, which is located on the far side.
In our solar system, there are 8 accepted planets with a total of 166 natural satellites orbiting them. All of them have numerous meteor, asteroid, and comet impacts on full display. All of that mass could not possibly have come from earth.
By the way, Brown's so-called "hydroplate theory" is not a theory at all. A scientific theory "has already undergone extensive testing by various scientists and is generally accepted as being an accurate explanation of an observation" (source). Brown's hydroplate idea has not been extensively tested by numerous scientists, nor is it generally accepted.
Do you really mean "continents", or do you actually mean "continental plates"?
So it was just going too fast and came from a direction we wern't looking?
Can anyone speak as to why the various missle defense systems didn't see this coming?
They can track ICBMs, and then they can track the smaller MRVs that come out of the ICBMs.
But a rock the size of a bus just slips right thru?
They missed a bus?
As opposed to you? All you do is thread-crap. You have nothing at all to contribute but you need attention so badly that you cannot shut your hole. Pathetic
Of course. But given that you'll never read them it'd be a waste of time.
Right. Because a physics professor obviously doesn't know what she's talking about.
Kinetic energy. Are you deaf?
So it was just going too fast and came from a direction we wern't looking?
No, Jokia is just stupid.
* Heavens to Murgatroyd! It turns out that the near-earth asteroid DA14, and the meteorite impact in central Russia were NOT a 1-in-100-million chance coincidence as believed by Yale astronomy professor Meg Urry. Rather, those two events were associated with the meteors sighted in Cuba, California, and then Miami
...
* Trajectories: The reason the trajectory of the Russian meteor was different from that of its 150-foot in diameter DA14 asteroid is most likely because that meteoroid was in orbit around DA14. Asteroids are known to have moons, with about 70 such systems so far discovered. In the time between the asteroid's flyby and the Russian impact, the Earth traveled a bit further than the distance to the Moon. Orbital mechanics could theoretically provide a baseline test for the liklihood of our claim that the Russian and the other meteors traveled with DA14, unfortunately however perturbances over the last 5,000 years could make falsifiability by this method difficult.
Well I dont remember that it was every foot, I'll go look it up, again. But he does recognize that if that energy was released all at once it would melt the earth, so you and Walt are thinking along the same lines. Its like you two are hand in hand on this scientific journey. Its an interesting book, you should read it.Ah, so it is 6 x as much energy released/foot of the mid ocean ridge. What is his explanation? How does he get rid of all that heat energy?
She? Dr Brown is a he. And he has a PhD in in the subject. He isn't just a professor.
No, Jokia is just stupid.
Brown's Ph.D. is in mechanical engineering, not physics.
How do I turn heat into kinetic energy?
How do I turn heat into kinetic energy?
One of the best mythbusters is when the hot water heater blows up and skyrockets.Seriously? Many ways. Take the automobile and its internal combustion engine. The expanding gases from the heat release push down on the piston which pushes a rod, which turns the crankshaft. The crankshaft spins, giving you movement (kinetic energy). Action/reaction is much easier. Well, the control isn't easier.
Seriously? Many ways. Take the automobile and its internal combustion engine. The expanding gases from the heat release push down on the piston which pushes a rod, which turns the crankshaft. The crankshaft spins, giving you movement (kinetic energy). Action/reaction is much easier. Well, the control isn't easier.
Not an impact basin.
Yep. Do any laws of physics go into engineering?