View attachment 266683
Sure it can be formed that way, but the moving tectonic plates of the earth crash into each other to form mountains and bend the rocks.That's also how we get earthquakes. And sea fossils in layers on top of mountains.
Go ahead and explain how plate tectonics bend rocks. It causes rocks and the earth to break in an earthquake. Like I said the bend is caused by molten rocks (magma) as the mountains rise up or sedimentary layers hardening by a chemical reaction with water. Sounds like you got another fail.
Sorry, not what real scientists say. You have no degree, so stfu.
Haha. You lost again. You cannot backup your claim. It is because you use
fake science.
Let's review. You provided a link for dinosaurs and how they determine its age using how stuff works wiki web page. That isn't very scientific, but it will do for a forum. You could not explain in your own words, so I used that to my advantage. I have the research of soft tissue and blood cell evidence from the fossils. Second, there is the research of radiocarbon dating done on it. I shows thousands of years and not millions. All of the findings should be kept since we do not know what the C-14 rates were in the past. Secular scientists assume it was the same. Thus, the radiometric dating, including radiocarbon dating, could be off. This is valid science.
Moreover, we have the evidence of sedimentary layers forming with the Mt. St. Helens EQ. We know those are tens of years old, but radiometric dating provides about 350,000 years. Thus, radiometric dating isn't as accurate as we think because the conditions could have been different in the past, there was contamination in the sample, or our assumptions are wrong. No on actually knows what the ratio of parent-daughter isotopes were in the past. It's a best guess.
Finally, we have the bent rocks evidence. We can actually see that as it happened with Mt. St. Helens.
This is all evidence that backs up Noah's Flood and catastrophism. Bent rocks only happen when rock is molten or when sedimentary layers cause a chemical reaction with water to harden the sediment.