Answer:
simple sugars and proteins or lipids
Explanation:
they both have these
Among the most frequently used species identification methods are: The evolutionary relationships between the unknown sequence and a set of known standard sequences are estimated using phylogenetic trees.
<h3>What is a phylogenetic tree?</h3>
Among the most commonly used species identification methods are: The evolutionary relationships between the unknown sequence and a set of known reference sequences are estimated using phylogenetic trees.
A phylogenetic tree is a diagram that depicts the evolutionary relationships between organisms or groups of organisms.
Scientists consider phylogenetic trees to be evolutionary hypotheses because the proposed relationships cannot be confirmed in the past.
Thus, every individual of same species are related to each other, so scientists can analyze another specimen from the same species.
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Answer:
The answer to your question is:
Explanation:
5.- Disaccharide
6.- Fatty acid
7.- Nucleotide
8.- Aminoacid
9.- Polysaccharide
10.- Monosaccharide
27.-
Fat Consists of glycerol and three fatty acids
Fat Energy source
Phospholipids Cushions and isolates
Phospholipids Consists of glycerol, 2 fatty acids and a phosphate
group
Steroid Triglycerides
Phospholipid Part of the molecules is hydrophillic and the other
part is hydrophobic.
Phospholipid Major component of cell membranes
Steroid Consists of four fused carbon rings
The answer is graded potential<span>. Its made of various action potentials that depolarise the neuron incrementaly, in short interspersed intervals that do not give time for the neurons to return to resting potential. Therefore, the actions potentials, of varying sizes, grade up in sum and when they cumulatively reach the threshold level, they invoke an impulse in the nerve</span>
The conclusion is the gathering and understanding of the data that has been collected
