Answer:
D)
Explanation:
Because the independent variable stays the same for all the people in the experiment
Answer:
DNA or RNA: Nucleic acid
Starches and sugars: Carbohydrates
Antibodies: Proteins
Can be utilized for energy if sugars are not available: Lipids
Hydrophobic part of the plasma membrane: Lipids
Glucose and sucrose: Carbohydrates
Explanation:
The DNA or RNA can be described as molecules made up of nucleic acids.
Carbohydrates can be described as biological molecules made up of carbon, hydrogen and oxygen. For example, starches, sugars, glucose, sucrose etc
Antibodies can be describe as a type of proteins which provide the body with immunity.
Lipids or fats are the alternative source of energy if carbohydrates are not present.
The hydrophobic tail of the plasma membrane is made up of fatty acid molecules which are lipids.
C. Nucleolus
That is the protein that has lipids and aids maintaining homeostasis with in a cell.
A viral genome may be double or single stranded. So, the correct option is (c).
The viral genomes are either linear in adenoviruses or circular in polyomaviruses. The form of the genome is independent of the type of nucleic acid. Each segment of an RNA virus frequently codes for just one protein, and they are typically found together in a single capsid. The brome mosaic virus and several other plant viruses show that not all segments need to be in the same virion for a virus to be contagious.
Regardless of the nucleic acid composition, a viral genome is virtually invariably either single-stranded or double-stranded. Unpaired nucleic acids make up single-stranded genomes, which are likened to one half of a ladder that has been broken in half. A ladder-like structure made up of two complementary paired nucleic acids is a double-stranded genome.
Learn more about nucleic acids here:
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Based on the image above, the type of natural selection that has occurred is STABILIZING SELECTION.
<span>Stabilizing selection has occurred because over time the extremes were favored against.
Disruptive selection would result to having the population after selection curve move from one side of the original population curve.
Diversifying selection would result to having the population after selection curve form a wave that is not in line with the original population curve.</span><span />