8 please Use M for a male child, and F for a female child. For each of the following human sex chromosome combinations, indicate whether you would expectthem to result in a baby being born as a male or a female. Use M for a male child, and F for a femalechild.Write your response here...Write your response here...Write your response here...Write your response here...Write your response here...Write your response here...Write your response here...Write your response here...XYXXXO (i.e. just a single X chromosome)XXYXXXXYYXX with a copy of the SRY gene on one of the X chromosomesXY with the SRY gene missing from the Y chromosome

The determination of a baby's sex is determined by the combination of sex chromosomes they inherit…

Answered: For each of the following human sex…

Biology Today and Tomorrow without Physiology (MindTap Course List)

5th Edition

ISBN:9781305117396

Author:Cecie Starr, Christine Evers, Lisa Starr

Publisher:Cecie Starr, Christine Evers, Lisa Starr

Chapter9: Patterns Of Inheritance

Section: Chapter Questions

Problem 10SQ

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Similar questions

Why does theheterozygote have an advantage?
If a genetic male failed to produce MIS during fetal life, what would the result be?
What would be the sex of a human with each of the following numbersof sex chromosomes?A. XXXB. X (also denoted X0)C. XYYD. XXY
Draw a schematic diagram showing spermatogenesis vis-à-vis oogenesis. Label the stage of development and chromosome number of daughter cells at the following levels of maturation: (a) mitotic proliferation (b) meiosis I and II (c) maturation. Table 2: Spermatogenesis vis-à-vis Oogenesis Spermatogenesis Oogenesis
Why are newborns with an abnormal sex chromosome number more likely to survive than those with an abnormal autosome number?
The chromosomal abnormality that causes a man to have asexual to feminine body contours with large breasts; small penis, testes, and prostate gland; relatively little body hair; and sterility is?
In humans, what are the random and non-random events in sexual reproduction (post-meiosis) that ultimately determine the genetic makeup of the offspring?
The change of successful fertilization is approximately 18% in every cycle. Why does this statistic seem so low? All of the following statements provide a reason as to why the chance of fertilization is 18% every ovarian cycle EXEPT Select one: A. Some Sperm cells are not very motile, while others are formed without a tail. B. If more than one sperm fertilizes an egg, multiple embryos can result. C. Vagina is very acidic, killing many sperm. D. There two fallopian tubes and two ovaries, but only one of them releases an ovum every cycle.
Q1: What are the odds that a given egg cell will contain an X chromosome? A Y chromosome? What are those odds for a sperm cell? Q2: If a couple has two daughters, does that mean their next two children are more likely to be sons? Explain your reasoning. (Hint: Refer back to “What Are the Odds?” on page 124.) Q3: Sisters share the same X chromosome inherited from their father, but they may inherit different X chromosomes from their mother. What is the probability that brothers share the same Y chromosome? What is the probability that brothers share the same X chromosome?
During meiosis in male mammals, sex chromosomes segregate to produce two types of sperm: X‑bearing sperm and Y‑bearing sperm. True or false?
What is the biological basis that an Indian woman at the age of 74 gave birth to a child? Is this child her biological child and why
Your friend is pregnant with triplets. She thinks that itis equally likely that she will be the mother of 3 sons,3 daughters, 2 sons and 1 daughter, or 1 son and 2daughters. Is she correct? Explain. (Assume that eachof the triplets is from a separate fertilization, and thatboys and girls are equally likely.)

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