The semicircular canals are part of the bony labyrinth found in the inner ear. It is known for establishing and detecting equilibrium through sensory cells. This is transmitted to the endolymph by pressure using motion. On the other hand, the cochlea which is also a part of the bony labyrinth detects sound.
Source: <span>Encyclopaedia of Occupational Health and Safety: The body, health care </span>
Environmental factors often influence traits independently of genes. Either of these effects can change the proteins that are made from a gene, which in turn affects traits.
How do environment and gene determine our personality?
Some genes increase the characteristic and others work to decrease the same characteristic-complex relationship among the various genes, as well as a variety of random factors, produce the final outcome.
Because of their genetic makeup, individuals differ in their responsiveness to the qualities of the environment. There are unique, genetically influenced reactions to particular experiences to which we are exposed.
The presence of drugs and chemicals in an organism's environment can also influence gene expression in the organism. The environment can affect morphological and physiological development whereas genes influence morphology and physiology, creating a framework within which the environment acts to shape the behavior of an individual.
Hence in this way, genes and environmental influences work together to determine our characteristics.
Learn more about genetic influences from the link given below:
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Answer:
A. accumulation
Explanation:
Precipitation is where water falls back to the surface of the earth through rain, snow, hail, etc.
Evaporation is where water heats up and turns into a gas.
Condensation is when the water cools down and turns to liquid.
Answer:
3.dominant alleles more frequent than recessive alleles
Explanation:
To achieve hard-Weinberg equilibrium, certain conditions must be made.
These conditions are:
1. There is noo mutation,
2. Existence of random mating,
3. There should be no natural selection
4. There is the infinite population size
5. No migration
Hence, in this case, the correct answer is option 3, which is not a condition to be made for Hard-Weinberg equilibrium
