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3) The diploid cells of A. roksiki have a total of 4 chromosomes (2n=4). One of...
Simulate meiosis by drawing One pair of chromosomes and no crossing over Instructions: Set up your cell. The cell you start with should be: A diploid cell It should contain 1 pair of homologous chromosomes It should be in G1 of the cell cycle, before DNA replication occurs Be sure to show 2 genes that are both heterozygous . Go through the steps of meiosis. Be sure to show and label these in your pictures: Label homologous chromosomes and sister...
Simulate meiosis by drawing Two pairs of chromosomes with crossing over Assume that two of the genes are on chromosome 1, and one of the genes is on chromosome 2. Allow crossing over to occur between the two genes on the same chromosome. Also, are there multiple ways that the chromosomes could segregate to produce different results? Show them. Instructions: Set up your cell. The cell you start with should be: A diploid cell It should contain 2 pairs of...
What is the diploid number of chromosomes in this plant?
_______________ ["2N=4", "N=8", "2N=16", "2N=8", "N=4", "N=16"]
Give the names of each stage of mitosis or meiosis shown in
the:
left panel:
________________ ["anaphase of meiosis I", "metaphase
of meiosis I", "prophase of meiosis II", "metaphase of mitosis",
"telophase of mitosis", "anaphase of meiosis II", "anaphase of
mitosis", "prophase of mitosis", "telophase of meiosis II",
"metaphase of meiosis II", "telophase of meiosis I", "prophase of
meiosis...
underers meiosis, how many cells will result, 12) If a eukaryotic cell has 20 chromosomes and and how many chromosomes will they contain? A) 4 cells, each with 20 chromosomes B) 4 cells, each with 10 chromosomes C) 2 cells, each with 10 chromosomes D) 2 cells, each with 20 chromosomes Answer: 13) Crossing over occurs during which stage of meiosis? A) telophase I B) metaphase II C) anaphase II D) prophase II E) prophase I Answer: 14) Which of...
1. Draw TWO PAIRS of metacentric homologous chromosomes as they would appear, if they could be seen, during of the cell cycle. Indicate centromeres with a small circle. For one pair of homologs, place the allele on one chromosome and the allele a on the other chromosome. For the other pair of homologs place the allele on one chromosome and the alleleb on the other chromosome. 2. Draw the same chromosomes as they would appear at the end of prophase...
1. A diploid cell with two pairs of chromosomes is undergoing meiosis. Draw this cell as it would appear during metaphase I. Then draw one of the daughter cells as it would appear during anaphase II. (8 points)
Show your work for all problems. 1) A diploid species of hamsters has a total of 4 chromosomes (2n = 4). A gene for whisker length is encoded by an autosomal gene and the long whisker allele (H) is dominant to the short whisker allele (h). A second gene located on the X chromosome is responsible for nose color. The brown nose allele (B) is dominant to the pink nose allele (b). A. (8 pts) A male with short whiskers...
question b-f please thank you
12:52 PM Mon Apr 13 78% B06 Draw a diagram to represent the equational division of meiosis for a diploid organism with three heterologous chromosomes. One acrocentric, one metacentric and one telocentric. The diagram should show the chromosomes as you'd expect to see them during metaphase. The organism is trihybrid and heterozygous for dominant and recessive alleles at three different loci. Locus A is on the telocentric chromosome. Locus B is on the metacentric chromosome....
Drosophila melanogaster, the fruit fly, has a 2n chromosome number of 8 (4 chromosomes – 3 autosomes and 1 sex chromosome). Assume that you are microscopically examining the mitotic and meiotic cells of this organism. You note that in the female, two chromosomal pairs are metacentric and two pairs are acrocentric. Draw the chromosomal configurations as you would expect to see them at the stages listed: i. mitotic metaphase ii. primary oocyte (meiotic metaphase I) iii. secondary oocyte (meiotic metaphase...
The number of chromosomes in the wing muscle cells of Blue Morpha Butterfly is six. i) Using chromosomes with different morphologies (different positions of the ce lengths), draw the structure of these chromosomes in this adult female in a) metaphase of mitosis; b) anaphase I of meiosis; c) metaphase II of meiosis; d) the gametes meiosis. ii) Your adult female is heterozygous for two independent genes, the Tiny locus Tt and the Golden wing locus Gg. Label ALL copies of...