B. An oak tree grows from the seed material in an acorn
Hello the answer to the question you asked may not be what you are looking for But I'll do the best I can to answer your question.
If you are wanting to know "how does debris form in a mudslide"
then, it forms by debris getting picked up by the mudflow and being carried away by the mudflow itself.
Now if you mean "how does a mudflow form?"
I forms by a excessive amount of rain in that area/place that doesn't happen often or at all. Which causes the ground to not be used to that excessive amount of water so it causes a flooding of water. Now the mudflow happens when that area's soil is very lose so it gets picked up way to easily causing soil (mud) to color the water that dirt's color and be more thick because of the high consistency of mud in it.
Signed, Frequent Answerer Sargedog
Answer:
The correct answer is- C. allows new species to occupy different habitats.
Explanation:
Adaptive evolution is a type of evolution that allows the generation of new species from an ancestral species. This evolution occurs mainly due to the separation of habitat between two populations of species.
So when some members of ancestral species get new habitat which is different in ways like in food availability, food type, environment, etc then this isolated population adapts to the new environment by doing changes in their gene which results and the development of new species. So the correct answer is C.
Answer:
A. H and O
Explanation:
Which two elements make up the most common compound in the human
body?
A. Hand o
B. Cand H
C. N and o
D. P and Ca
<span>I believe that the pattern that would be expected is both 14 N and 15 N, this is because the DNA was replicated in a conservative manner. Semi conservative replication would produce two copies that each contained one of the original strands and one new strand, while Conservative replication would leave the two original template DNA strands together in a double helix and would produce a copy composed of two new strands containing all of the new DNA base pairs</span>
