At least, I know some basic geology of Mt. Everest unlike a couple posters here. Science backs up the Bible.
"Peak Formation and Fossils
As two crustal plates collide, heavier rock is pushed back down into the earth's mantle at the point of contact. Meanwhile, lighter rock such as limestone and sandstone is pushed upward to form the towering mountains. At the tops of the highest peaks, like that of Mount Everest, it is possible to find 400-million-year-old fossils of sea creatures and shells that were deposited at the bottom of shallow tropical seas. Now the fossils are exposed at the roof of the world, over 25,000 feet above sea level.
Marine Limestone
The peak of Mount Everest is made up of rock that was once submerged beneath the Tethys Sea, an open waterway that existed between the Indian subcontinent and Asia over 400 million years ago. For the great nature writer John McPhee, this is the most significant fact about the mountain:
When the climbers in 1953 planted their flags on the highest mountain, they set them in snow over the skeletons of creatures that had lived in the warm clear ocean that India, moving north, blanked out. Possibly as much as twenty thousand feet below the seafloor, the skeletal remains had turned into rock. This one fact is a treatise in itself on the movements of the surface of the earth. If by some fiat I had to restrict all this writing to one sentence, this is the one I would choose: The summit of Mt. Everest is marine limestone."
The History of Mount Everest, the World's Tallest Mountain
And the limestone has nothing to do with a global flood 6000 years ago. As the post states, the fossils are 400 million years old and were elevated to their lofty position by the activity of plate tectonics.
Didn't we agree that one can't do radiometric dating on wet items and marine fossils or was that Syriusly? Anyway, your 400 millions years old calculation is off. OTOH, radiocarbon dating is okay if it passes the time criteria.
I don't believe I ever agreed to that. All I will say is, to get good results, the dating has to be done professionally by people that know what they are doing, and samples must be uncontaminated. And there are a number of dating techniques other than carbon.
You see, the carbon still remains in these objects contaminating the object, so there's something wrong when you test with radioisotopes. You assume that it's not there due to long-time, but it's still there. If it's there, then one should not think radiometric dating would produce good results.
What are you testing for? What time range? What is the estimated age of the sample you are testing? What method are you using?
Be specific and stop babbling nonsense.
You are asking for ice cubes in a furnace.