will not form a protein of not more than 10 amino acids. during transcription the DNA carrying a certain information is converted to m-RNA which will then be converted to protein in a process referred to as translation. the reason why a gene with 30 nucleotide bases will not form a protein with more than 10 amino acids is every three nucleotide base code for one amino acid. so when you divide 30 by 3 the answer is 10.
Explanation:
The geosphere is the solid and rocky part of the earth. All the spheres of the earth are constantly interacting with one another to produce a dynamic and vibrant earth.
The atmosphere is the gaseous envelope that covers the earth.
The hydrosphere is the part of the earth in water.
The biosphere is the living part of the earth.
- Through series of volcanic activities, the geosphere releases several beneficial and useful gas into the atmosphere.
- During the early formation of the earth, volcanic activities produced useful gases that helped stabilized the earth.
- Ocean basins are on the lithosphere, a component part of the geosphere.
- When new ocean basins are created, the shape of the ocean water changes.
- The biosphere relies on the geosphere for nutrients. The parent materials that forms a soil comes from rocks in the geosphere.
- Some animals takes shelter in the geosphere.
Changes to the geosphere affects other earth's spheres.
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We are looking for the phenotype of the known parent. The Punnett square tells us the known parent's genotype is Ww.
Note: The genotype is the set of genes for a certain trait of an individual, while the phenotype is the displayed characteristics of that trait. In this case, the possible genotypes are WW, Ww, and ww, and the phenotypes of those genotypes are long-winged, long-winged, and short-winged, respectively.
Also note: Genotypes with a dominant allele will always have a phenotype that displays the dominant trait.
This means our two alleles are W (long-winged) and w (short-winged). The former is dominant and the latter is recessive.
As stated, the genotype of the known parent is Ww; it contains a dominant allele. Since dominant traits are always displayed, and the dominant allele is long-winged, the phenotype of the known parent is long-winged.
Diffusion occurs because of the movement of molecules from the region of higher concentration to the region of lower concentration. This movement of molecules occurs due to a thermal motion. Diffusion normally occurs between two compartments having difference in concentration. In case of fluid it moves from the region of higher concentration to the region of concentration until a balance is reached. The process of diffusion is very important for the humans as well. The oxygen that humans breathe in gets diffused with the blood.<span><span> </span>
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