Question

"The sex of the children is determined by what they inherit from their father and not their mother." Justify.

Answer 1

$\mathbb{ELLO \ THERE!}$

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Question: "The sex of the children is determined by what they inherit from their father and not their mother." Justify.

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$\mathsf{ANSWER}$

Yes, this statement is True.

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Lets, First see what chromosomes each gender have.

Female : XX

Male: XY

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Now, let's see what gender is obtained by the combination of the chromosomes.

For a Baby Girl:

The male's sperm needs to carry an 'X' chromosome to combine with the female's 'X' chromosome.

Therefore the combination is XX

For a Baby Boy:

The male's sperm needs to carry an 'Y' chromosome to combine with the female's 'X' chromosome.

Therefore the combination is XY

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$\underline{\mathbf{JUSTIFICATION}}$

We can see that both the chromosomes in female's are 'X', and they dont have a 'Y' chromosome. But in male's they have both 'X' and 'Y'. So we can clearly justify that no matter what chromosome is sent to the female body, the gender of the baby is inherited from the male [father] since they have both 'X' and 'Y' chromosomes.

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Regards,

Tomboyish44

Answer 2

YES, THE SEX OF THE CHILDREN IS DETERMINED BY THE INHERIT OF FATHER.



A sex-determination system is a biologicalsystem that determines the development of sexual characteristics in an organism. Most organisms that create their offspring using sexual reproduction have two sexes. Occasionally, there are hermaphrodites in place of one or both sexes. There are also some species that are only one sex due to parthenogenesis, the act of a female reproducing without fertilization.

In many species, sex determination is genetic: males and females have different alleles or even different genes that specify their sexual morphology. In animals this is often accompanied by chromosomal differences, generally through combinations of XY, ZW, XO, ZO chromosomes, or haplodiploidy. The sexual differentiation is generally triggered by a main gene (a "sex locus"), with a multitude of other genes following in a domino effect.

In other cases, sex of a fetus is determined by environmental variables (such as temperature). The details of some sex-determination systems are not yet fully understood. Hopes for future fetal biological system analysis include complete-reproduction-system initialized signals that can be measured during pregnancies to more accurately determine whether a determined sex of a fetus is male, or female. Such analysis of biological systems could also signal whether the fetus is hermaphrodite, which includes total or partial of both male and female reproduction organs.

Some species such as various plants and fish do not have a fixed sex, and instead go through life cycles and change sex based on genetic cues during corresponding life stages of their type. This could be due to environmental factors such as seasons and temperature. Human fetus genitals can sometimes develop abnormalities during maternal pregnancies due to mutations in the fetuses sex-determinism system, resulting in the fetus becoming intersex.




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