In the video about the construction of the insect phylogeny, the researchers faced the problem that there was not enough computational power in all of the world to construct every possible tree.
The use of computing algorithms, tools, and programmes to phylogenetic analysis is known as computational phylogenetics. The purpose is to create a phylogenetic tree that represents a hypothesis about a set of genes, species, or other taxa's evolutionary ancestry.
There was not enough computational power to construct every possible tree in all of the world. So the probable solution for this problem will be:
Use math to avoid constructing improbable trees
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Answer:
There are no enough information to determine the length of the fence, assuming we were given the perimeter of the fence, and say, the dimension of the fence, then we can easily find the length.
Perimeter of the fence, P = 2(L + B).. If the fence is a rectangular.
L = (P/2) - B
If the fence is square, P = 4L
L = P/4
≥ the graph would be going to your right
≤ the graph would be going to your left
Both cases assume x is on the left side of the inequality.
If the circle is open < or > will be used.
If the circle is shaded in then use ≤ or ≥
If the circle is open, then x<2 would indicate that the ray is going left (which it is) and 2 is not included.
Answer: x < 2
Square root of 50 lies between 7 and 8 on a number line.
Step-by-step explanation:
√50 = 7.07
7.07 > 7
⇒ 7.07 lies between 7 and 8 on a number line.