Answer:
By checking the proportion of those affected by the trait in relation to gender within the population of the offspring
Explanation:
If a trait is sex linked, such trait will be found more in the male sex compared to the female sex within the population.
The male has XY chromosome and as such only needs a copy of the affected allele in order to be affected for the trait. A female has XX chromosome and as such needs two copies of the affected alleles in order to be affected for the trait.
Hence, the proportion of affected male always outweigh the proportion of affected female in a population as far as sex-linked trait is concerned.
<em>Consequently, a scientist might be able to determine whether a trait is sex-linked by observing the proportion of male to female affected by the trait within the offspring's population.</em>
I think it’s less complex because it’s made up of only monosaccharides
They can enter your blood stream (via breathing/ingesting) and once in your bloodstream they can enter cells and mutate your dna, which can cause cancer/birth defects/ reproductive harm
The correct answer is option C, that is, one may become dehydrated because the kidneys will not hold onto enough water.
Hypothalamus monitors the functions like hunger, thirst, respiratory and cardiac function, and regulation of internal temperature. It also plays an essential function in the modifications of mood and emotions.
Thus, if hypothalamus is not functioning properly, then the mentioned functions of the gland may get hampered like the kidneys would not be able to hold enough water and may lead to dehydration.