The gamete is called a (n):The process of gamete production iscalled:The diploid reproductive cell destinedto become a gamete is a (n):Gamete production occurs in the:Number of viable gametes producedper meiotic division:MALE8. Explain how independent assortment leads to genetic diversity.9. Explain why crossing over is observed in meiosis but not in mitosis.FEMALE Consider a diploid cell that has a total of six chromosomes (three homologous pairs). Sketch thechromosomes if the cell were in:a. metaphase of mitosisb. metaphase I of meiosis

Mitosis is a type of division that occurs in normal dividing cells of the body where as meiosis is a…

The gamete is called a (n): The process of gamete production is called: The diploid reproductive cell destined to become a gamete is a (n): Gamete production occurs in the: Number of viable gametes produced per meiotic division: . Explain how independent assortment leads to genetic diversity. Explain why crossing over is observed in meiosis but not in mitosis.

The gamete is called a (n): The process of gamete production is called: The diploid reproductive cell destined to become a gamete is a (n): Gamete production occurs in the: Number of viable gametes produced per meiotic division: . Explain how independent assortment leads to genetic diversity. Explain why crossing over is observed in meiosis but not in mitosis.

Human Physiology: From Cells to Systems (MindTap Course List)

9th Edition

ISBN:9781285866932

Author:Lauralee Sherwood

Publisher:Lauralee Sherwood

Chapter20: The Reproductive System

Section: Chapter Questions

Problem 11RE

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Similar questions

Which of the following statements is not true in comparing mitosis and meiosis? a. Twice the number of cells are produced in meiosis as in mitosis. b. Meiosis is involved in the production of gametes, unlike mitosis. c. Crossing over occurs in meiosis I but not in meiosis II or mitosis. d. Meiosis and mitosis both produce cells that are genetically identical. e. In both mitosis and meiosis, the parental cell is diploid.
Which of the following would not be an example of a quantitative trait? O All of these are quantitative O Polydactyly in chimps O Birth body length of dalmatians O Weight of humpback whales O Blood pressure in black bears
Which of the following statements is an incorrect description of the processes of mitosis or meiosis in a diploid organism? Multiple choice (one asnwer is correct) 1.Crossing over of chromosomes takes place in meiosis I but not in mitosis. 2.Sister chromatids separate in mitosis, and homologous chromosomes separate in meiosis II. 3.None of the above 4.Meiosis II occurs in a haploid cell, while mitosis occurs in diploid cells. 5.Homologous chromosomes align on the metaphase plate in meiosis I but not in mitosis.
What type of gametes can be produced by simple non-disjunction of the sex chromosomes in a human male? Simple non-disjunction means that non-disjunction occurs in meiosis I or meiosis II, but not in both meiosis I and meiosis II. Choose all answers that are correct Group of answer choices 22, 0 24, YY 25, XXY 23, XX 23, XY 25, XXX 24, XY 24, XX
After telophase II of meiosis, the chromosomal makeup of each daughter cell is: Practia diploid, and the chromosomes are each composed of a single chromatid. O diploid, and the chromosomes are each composed of two chromatids. O haploid, and the chromosomes are each composed of a single chromatid. O haploid, and the chromosomes are each composed of two chromatids.
All of the following statements are true regarding meiosis EXCEPT: O A The gametes produced are diploid. O B Homologous pairs join together and engage in "crossing over". O C The end product is four gametes. O D Meiosis only occurs in reproductive structures. O E It involves two rounds of division.
Meiosis is relatively rare and mitosis is relatively common. Which of the following makes meiosis different from mitosis? Meiosis produces DNA-less cells. We don't fully understand meiosis mechanisms. All gametes are diploid, whereas daughter cells from mitosis are haploid. The resulting cells (gametes) are haploid.
List 2 events that occur during the process of meiosis that lead to genetically unique daughter cells (gametes).
3) For each cell below, identify the meiosis phase (meiosis I or II) and stage of meiosis it is in (or if it is in interphase).
Identify the stages of meiosis described by the following meiotic events/conditions/terms. Write prophase I, metaphase I, anaphase I, telophase I, prophase II, metaphase II, anaphase II, or telophase II. In case the events are found in both stages, write the stages both. 1. Formation of chiasma 2. Each chromatid is considered as full-fledged chromosome. 3. Chromosomes begin to pair off. 4. Spindle microtubules start to attach to the centromere. 5. Tetrads are aligned at the middle of the cell. 6. The sister chromatids separate. 7. Produce 2 haploid daughter cells. 8. The chromosomes line up at the middle of the cell. 9. The sister chromatids move together to the opposite poles. 10. The chromatids reach the poles. 11. The chromosomes in each daughter cell are still duplicated.12. Spindle microtubules attach in the centromere of each haploid daughter cell. 13.
Describe one function, brought about by the process of meiosis thatspermatogenesis and oogenesis have in common. Please write the similarities between spermatogenesis and oogenesis in a paragraph ratherthan a table. Please discuss the process mentioning differentiation, multiplication anddivision. How many stages of meiosis do they go through. Please mention if haploid ordiploid cells are formed.
The process of crossing-over occurs during Prophase I of meiosis Prophase II of meiosis Metaphase I of meiosis Anaphase I of meiosis The process of meiosis involves:: one DNA replication and one cell division two DNA replications and two cell divisions one DNA replication and two cell divisions two DNA replications and one cell division Sporic meiosis, where both the haploid and diploid stages of the life cycle are multicellular, is characteristic of animals bacteria fungi plants