teeth, because its bone. organs cannot usually be fossilized
A bony fish that is buried rapidly in ocean sediment
The most usually fossilized parts of organisms are bones and shells. These are least likely to rot or wear away before they are buried and mineralised. In rare instances the soft parts of the bodies are preserved and are normally shown as thin films on the rock surface.
This process would likely result in petrified wood, which forms when organic material is replaced by minerals over time. This can happen to ancient redwood pieces that are subjected to extreme pressure and mineral infiltration, transforming them into fossilized wood.
Microorganisms, such as bacteria and algae, have the most abundant fossil evidence due to their vast numbers and widespread distribution throughout Earth's history. Fossilized microbial mats and stromatolites, for example, provide valuable insights into early life on Earth.
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A bony fish that is buried rapidly in ocean sediment
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Insects are most likely to be found in Amber. Because amber is a fossilized gum. The insects are likely to get stuck with gum prior to the process of fossilization of gum into amber.
The organism is likely a member of the kingdom Animalia.
Probably, carbonateous fossil.
A hard shell organism have more of a chance to become a fossil .
The most usually fossilized parts of organisms are bones and shells. These are least likely to rot or wear away before they are buried and mineralised. In rare instances the soft parts of the bodies are preserved and are normally shown as thin films on the rock surface.
An organism that has a hard structure is most likely to become a fossil because it can survive through different weather changes and an organism with a soft structure will most likely dissolve or decompose.
A women can most likely become pregnant when she is ovulating.
We do not have any fossilized T. rex hearts, but Tyrannosaurus most likely had a four-chambered heart.
most likely the organism will die
bacteria