Answer:
Skin color is a quantitative trait influenced by the combined action of many genes, thereby different gene pools can result in the same skin color.
Explanation:
Quantitative traits (also known as continuous traits, ) are phenotypic traits that depend on the combined action of many genes and the environment. These traits show continuous variation, changing gradually over a range of values in the population. Examples of quantitative traits include height, skin color, weight, etc. A gene pool is the sum of all the individual genes in a population. In consequence, different populations may show different allele combinations (gene pools) that result in the same phenotype for a quantitative trait (skin color).
The answer is transmission electron microscope.
A compound light microscope is not useful in observing structures inside the cells because they have not as high resolution as a scanning electron microscope and a transmission electron microscope. The latter two give much higher resolution, but the scanning electron microscope allows the study of the surface of the objects. So, it would not be possible to look at the internal structures of the cell on the scanning electron microscope. On the other hand, the t<span>ransmission electron microscope allows studying a very thin cross-section of the cell. It is best for looking at internal structures of the cell, including organelles.</span>
1. Finding Food
2. Eating is inherited, and making a web is inherited.
3. Growing fur is inherited, and hibernation is inherited.
4. Hunting
5. A behavior shaped by the environment.
6. An inherited behavior
7. Hibernation and migration
8. Barking
9. Migration and building a nest
10. Making noises are inherited and talking is learned.
I hope this helps :)))
Function and structure are related, because of a certain structure a living thing make contain makes the object function the way it does. ... The relationship of a structure and functionis the structuring levels from molecules to organism ensure successful functioning in all living organism and living system.
