1Recall that in females, one X chromosome is normally inactivated (silenced) during embryonic development. However, a few of the genes on this chromosome will still be active and expressed. I will call the genes that get inactivated the S genes and the genes that get expressed the A genes. In a chromosomally normal female (X/X), the S genes are expressed from one X chromosome (the one that didnt get inactivated), and the A genes are expressed from both X chromosomes.1In a chromosomally normal female, what is the dosage of S genes? What is the dosage of A genes? (The dosage refers to the number of copies of the gene(s) that are expressed.) In an individual with three X chromosomes (X/X/X), the third X chromosome will be inactivated the same way that the second one was. 2In an individual with three X chromosomes (X/X/X), what is the dosage of S genes? How does this compare to a chromosomally normal female? (Express this comparison as a percentage for all questions: dosage of aneuploid/dosage of euploid x 100%)3In an individual with three X chromosomes (X/X/X), what is the dosage of A genes? How does this compare to a chromosomally normal female?Some individuals are monosomic for the X chromosome (X/O).4In an individual with one X chromosome (X/O), what is the dosage of S genes? How does this compare to a chromosomally normal female?5In an individual with one X chromosome (X/O), what is the dosage of A genes? How does this compare to a chromosomally normal female?6Based on your comparisons of the aneuploid gene dosage to the euploid gene dosage, which type of aneuploidy listed above will have the smallest disruption to gene balance? Explain why you think so.