An individual with XʰY is hemizygous.

This is because the term "hemizygous" refers to the presence of only one allele for a characteristic, rather than the usual two. The X and Y chromosomes are different, so the genes on the X chromosome do not have corresponding genes on the Y chromosome. Therefore, males (who have an XY chromosome pair) are hemizygous for the genes on the X

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An individual with XʰY is hemizygous.

This is because the term "hemizygous" refers to the presence of only one allele for a characteristic, rather than the usual two. The X and Y chromosomes are different, so the genes on the X chromosome do not have corresponding genes on the Y chromosome. Therefore, males (who have an XY chromosome pair) are hemizygous for the genes on the X

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An individual with XʰY is hemizygous.

This is because the term "hemizygous" refers to the presence of only one allele for a characteristic, rather than the usual two. The X and Y chromosomes are different, so the genes on the X chromosome do not have corresponding genes on the Y chromosome. Therefore, males (who have an XY chromosome pair) are hemizygous for the genes on the X

An individual with XʰY is _____.Group of answer choiceshemizygousheterozygoushomozygousNext

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