Suppose a new plant has been discovered, Mandrogora, that is a triploid with 15 total chromosomes. The haploid number is What is the probability that the Mandrogora produces an aneuploid gamete? Enter your answer as probability to three decimal places n = 5. Assume that each gamete has an equal probability of receiving one or two copies of cach of the 5 types of chromosome. If the Mandrogora self-fertilizes, what are the odds of producing a euploid offspring? Enter your answer as a probability to three decimal places. 0.062 probability of cuploid offspring: Incorrect What is the probability that the Mandrogora produces an aneuploid gamete? Enter your answer as probability to three decimal places. 0.062 probability of aneuploid offspring: incorrect

Suppose a new plant has been discovered, Mandrogora, that is a triploid with 15 total chromosomes. The haploid number is What is the probability that the Mandrogora produces an aneuploid gamete? Enter your answer as probability to three decimal places n = 5. Assume that each gamete has an equal probability of receiving one or two copies of cach of the 5 types of chromosome. If the Mandrogora self-fertilizes, what are the odds of producing a euploid offspring? Enter your answer as a probability to three decimal places. 0.062 probability of cuploid offspring: Incorrect What is the probability that the Mandrogora produces an aneuploid gamete? Enter your answer as probability to three decimal places. 0.062 probability of aneuploid offspring: incorrect

Human Heredity: Principles and Issues (MindTap Course List)

11th Edition

ISBN:9781305251052

Author:Michael Cummings

Publisher:Michael Cummings

Chapter2: Cells And Cell Division

Section: Chapter Questions

Problem 20QP: In the following diagram, designate each daughter cell as diploid (2n) or haploid (n).

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Microbial Taxonomy

Taxonomy is the science of naming, classifying, and describing organisms. The taxonomy will include all the plants, microorganisms, and animals on this planet. Carl Linnaeus coined the taxonomy term. He is known as the father of taxonomy. Microbial taxonomy is a criterion of grouping microorganisms into groups based on their similarities and past relatedness. Microorganisms belonging to the same group are differentiated from the others via grouping into categories. This differentiation makes the study of microorganisms easy. There are different types of microbial taxonomies like Numerical and Molecular taxonomy. The study of microorganisms is known as microbiology. Microbiology is a broad term that takes into account microbial cultures, taxonomic studies, evolutionary relationships. Microbial interaction and diversity are huge data that needs to be compiled under the subject of microbiology. Microbiology covers various organisms like bacteria, fungi, algae, plants, animals, etc.

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Suppose a new plant has been discovered, Mandrogora, that is a triploid with 15 total chromosomes. The haploid number is
What is the probability that the Mandrogora produces an aneuploid gamete? Enter your answer as probability to three
decimal places n = 5. Assume that each gamete has an equal probability of receiving one or two copies of cach of the 5 types
of chromosome.
If the Mandrogora self-fertilizes, what are the odds of producing a euploid offspring? Enter your answer as a probability to three
decimal places.
0.062
probability of cuploid offspring:
Incorrect
What is the probability that the Mandrogora produces an aneuploid gamete? Enter your answer as probability to three
decimal places.
0.062
probability of aneuploid offspring:
Incorrect

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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.
It is possible that an alternative mechanism for generating germ cells could have evolved. Consider meiosis in a germ cell precursor (a cell that is diploid but will go on to make gametes). If the S phase were skipped, which meiotic division (meiosis I or meiosis II) would no longer be required?
Figure 13.6 Which of the following statements about nondisjunction is true? Nondisjunction only results in gametes with n+1 or n-1 chromosomes. Nondisjunction occurring during meiosis II results in 50 percent normal gametes. Nondisjunction during meiosis I results in 50 percent normal gametes. Nondisjunction always results in four different kinds of gametes.
Compare meiotic anaphase I with meiotic anaphase II. Which meiotic anaphase is most similar to the mitotic anaphase?
Assume that a meiotic-nondisjunction event causes trisomy 8 in a newborn. If two of the three copies of chromosome 8 are absolutely identical, at what point during meiosis did the nondisjunction event take place?
Provide two reasons why meiosis leads to genetic variation in diploid organisms.
Meiosis Explains Mendels Results: Genes Are on Chromosomes The following diagram shows a hypothetical diploid cell. The recessive allele for albinism is represented by a, and d represents the recessive allele for deafness. The normal alleles for these conditions are represented by A and D, respectively. a. According to the principle of segregation, what is segregating in this cell? b. According to Mendels principle of independent assortment, what is independently assorting in this cell? c. How many chromatids are in this cell? d. Write the genotype of the individual from whom this cell was taken. e. What is the phenotype of this individual? f. What stage of cell division is represented by this cell (prophase, metaphase, anaphase, or telophase of meiosis I, meiosis II, or mitosis)? g. After meiosis is complete, how many chromatids and chromosomes will be present in one of the four progeny cells?
Figure 24.14 Which of the following statements is true? A dikaryotic ascus that forms in the ascocarp undergoes karyogamy, meiosis, and mitosis to form eight ascospores. A diploid ascus that forms in the ascocarp undergoes karyogamy, meiosiis, and mitosis to form eight ascospores. A haploid zygote that forms in the ascocarp undergoes karyogamy, meiosiis, and mitosis to form eight ascospores. A dikaryotic ascus that forms in the ascocarp undergoes plasmogamy, meiosis, and mitosis to form eight ascospores.
Discuss the following sets of terms: a. trisomy and triploidy b. aneuploidy and polyploidy
The chromosome constitution number of this individual is 2=6. This drawing represents: a. mitotic metaphase. b. meiotic metaphase I. c. meiotic metaphase II. d. a gamete. e. sixnonhomologous chromosomes.
The majority of nondisjunction events leading to Down syndrome are maternal in origin. Based on the duration of meiosis in females, speculate on the possible reasons for females contributing aneuploid gametes more frequently than males do.
VISUALIZE Draw a simple sketch illustrating how nondisjunction in meiosis can lead to Down syndrome.