Answer:
According to the statement of the question, this problem is solved by analyzing the sex chromosomes for the determination of sex, that is, as it does not present the problem (genotype and phenotype) of the parents, the indication that refers to the determination of sex, in women and his sex chromosomes are "XX" and the man who determines sex is "XY".
The result of sex in the offspring corresponding to the man, if the chromosome in the sperm fertilizes the ovule is "X", then the sex or phenotype of the individual will be "XX" (female) and if the fertilizing sperm is "Y" then the sex will be "XY" of male, the probability of being born female or male will be 50% and 50% and the ratio is 1: 1
Answer:
For Production of ATP Presuming the cell have an ongoing need it is not expected the reaction of cellular respiration to normally reach equilibrium. Hence the correct answer is no.
Explanation:
ATP is produced during the process of photosynthesis through which the plant makes their food in the presence of sunlight chlorophyll and water. The full form of ATP is adenosine triphosphate.
It is the measure of energy in the plant. This reaction is not expected to reach to the equilibrium. It is so because once it reaches equilibrium it is likely to be reversible reaction then, which is impossible in the cellular respiration.
Answer:
Because stratified columnar epithelium would not allow diffusion of water and nutrients into the bloodstream.
Explanation:
Epithelium morphology correlates with their function. Those who intervene in secretion or absorption processes are simple epitheliums. Cells high frequently reflect their secretor or absorptive activity degree. Epitheliums that transport substances are characterized for presenting cubic or columnar cells.
In stratified epithelium, the shape and size of the cells vary from one layer to the other. Stratification correlates with transepithelial impermeability and friction exposure. It protects against humidity loss end mechanic erosion.
The stratified columnar epithelium is present in liquid passage areas. As it characterizes for being impermeable, it does not allow diffusion of water and nutrients into the bloodstream.
