Uplift can bring buried fossils closer to the Earth's surface where they can be more easily exposed through erosion or other natural processes. This increased accessibility can make it easier for researchers and paleontologists to locate and study fossils.
The discovery of fossils on mountain tops supports the theory of plate tectonics, as it indicates that these areas were once at lower elevations where fossils could form. Over time, the movement of tectonic plates pushed these areas upwards to form mountains, carrying the fossils with them. This provides evidence of the dynamic nature of the Earth's crust and the processes that shape the planet's surface.
Most fossils are found in sedimentary rock. This is because sediments (soil, sand, etc) pile on top of bones and then solidify into rock, over time, preserving fossils. Because these generally remain buried very deep, it does make it easier to find fossils in areas where the ground has been pushed upward by the formation of mountain ranges. Thus, sedimentary rock is nearly always the material fossils are found in, and mountains make it a little easier to find fossils.
Fossils can make materials like fossilized limestone or marble attractive to architects due to their unique patterns and historical significance. The presence of fossils in the material provides a natural and visually interesting texture that can add character to buildings and bring a sense of timelessness to design.
Depends on the type of eurypterid. In short, no; we don't know enough about them to say that they are only found in certain time zones.
There is no passage to go from. It is difficult to make a conclusion without the passage being present.
There is no passage to go from. It is difficult to make a conclusion without the passage being present.
The rules of inference are syntactical transform rules that are used to make a conclusion from an idea to create an argument. The rules are used to make a valid, complete conclusion and never inferring a conclusion that is not valid. The set of rules must sound and complete, making sure that the rules listed are not redundant.
the scientist called biologist make som conclusion after a hypothesis and theory then they work on it
observe, make a hypothesis, experiment, conclusion, peer review, repeat
you need to go to the oreburg city mining museum. talk to the snooty scientist guy. but remember to put the fossils in your bag before doing it.
Feld admires Max.
To make a valid conclusion, you should first gather relevant data or evidence related to your topic. Next, analyze this information critically, identifying patterns or relationships. Then, draw inferences based on logical reasoning, ensuring that your conclusion aligns with the evidence presented. Finally, consider alternative explanations or counterarguments to reinforce the validity of your conclusion.
If their data supported their hypothesis, then they would make a conclusion.
A minimum of 6 sets of data are needed to make a valid conclusion.
Since an inductive argument is an argument where the truth of the premises make it reasonable to hold that the conclusion is true, it does not necessarily guarantee it, meaning you could have a false conclusion.
A scientific hypothesis must be testable and falsifiable in order for it to be valid.