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Anaphase of mitosis - separation of sister chromatids
Anaphase 1 of meiosis 1 - separation of homologous chromosomes
Anaphase 2 of meiosis 2 - separation of sister chromatids after reduction division
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5. Draw a 2n=4 cell with one long metacentric (A/a) and one short metacentric (B/b) chromosomee...
What is the diploid number of chromosomes in this plant? _______________ ["2N=4", "N=8", "2N=16", "2N=8", "N=4",...
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...
2. Draw a 2n = 4 cell with one autosome and one X and one Y...
2. Draw a 2n = 4 cell with one autosome and one X and one Y chromosome during the following stages (5 points): (a) Anaphase 1 of meiosis, such that the X and Y chromosome are undergoing nondisjunction (b) Anaphase 2 of meiosis, such that the autosome is undergoing non-disjunction
question b-f please thank you 12:52 PM Mon Apr 13 78% B06 Draw a diagram to...
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....
2) A diploid cell has 8 chromosomes in G1 of interphase. Draw a picture of this...
2) A diploid cell has 8 chromosomes in G1 of interphase. Draw a picture of this cell with its chromosomes at the following stages. Indicate how many DNA molecules are present at each stage. (4 pts.) a. Metaphase of mitosis c. Metaphase I of meiosis b. Anaphase of mitosis d. Anaphase ll of meiosis
3) The diploid cells of A. roksiki have a total of 4 chromosomes (2n=4). One of...
3) The diploid cells of A. roksiki have a total of 4 chromosomes (2n=4). One of the homologous pairs is large with an acrocentric centromere and the other is small with a metacentric centromere. A. Draw the chromosomes from A. roksiki as they would appear in metaphase 2 of meiosis. Include all cells and all chromosomes. Assume meiosis is proceeding normally and ignore any effects of crossing over. (6 pts) B. A strain of A. roksiki is heterozygous for a...
Draw the stages of meiosis for an animal cell where 2n (diploid number of chromosomes) =4...
Draw the stages of meiosis for an animal cell where 2n (diploid number of chromosomes) =4 chromosomes. Label the cleavage furrow, cell plate, spindle fibers, & centrioles (if present for that stage). Diagram the stages of meiosis for a plant cell where the diploid number is 6 chromosomes. Label the cleavage furrow, cell plate, spindle fiber, & centrioles (if present for that stage).
Mitosis and Meiosis. 1. Draw a cell where 2n = 6 in each phase of Mitosis,...
Mitosis and Meiosis. 1. Draw a cell where 2n = 6 in each phase of Mitosis, Meiosis 1, and Meiosis 2. Be sure to clearly indicate what is going on with the 1-nuclear envelope, 2-centrosomes, 3-chromosomes in each of the stages. 2. For a diploid organism where 2n = 16, please indicate the number of chromosomes and chromatids at each of the Mitosis, Meiosis 1, Meiosis 2 stages.
Question 1: a) Match the process and stage to the cell. Assume all cells are from...
Question 1:
a) Match the process and stage to the cell. Assume all cells are
from diploid organisms.
Select one:
☐Mitosis Prophase
☐Mitosis Metaphase
☐Mitosis Anaphase
☐Mitosis Telophase
☐Meiosis Prophase I
☐Meiosis Metaphase I
☐Meiosis Anaphase I
☐Meiosis Telophase I
☐Meiosis Prophase II
☐Meiosis Metaphase II
☐Meiosis Anaphase II
☐Meiosis Telophase II
b) Match the process and stage to the cell. Assume all cells are
from diploid organisms.
Select one:
☐Mitosis Prophase
☐Mitosis Metaphase
☐Mitosis Anaphase
☐Mitosis Telophase
☐Meiosis Prophase...
Generating. A cell is 2n = 4 and will soon go through meiosis I and meiosis...
Generating. A cell is 2n = 4 and will soon go through meiosis I and meiosis II, to become four genetically distinct haploid cells. Draw and label all the stages (prophase I, metaphase II, etc.) and the location/distribution of chromosomes using red and blue colors for the chromosomes in cach stage. In at least one of the homologous pairs, show crossing over using two different alleles of your choice. (15 points)
Use a diploid cell that has 5 Types of chromosomes. Make a table and Count the...
Use a diploid cell that has 5 Types of chromosomes. Make a table and Count the number of unreplicated chromosomes, # replicated chromosomes, # DNA, policy (1N v 2N) in G1, G2, end of Mitosis and Meiosis I & II. 4. Draw the above cell and differentiate between the daughter cells produced after Mitosis, Meiosis I, Meiosis II divisions, in diagrams and in descriptions.
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...
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....
2) A diploid cell has 8 chromosomes in G1 of interphase. Draw a picture of this cell with its chromosomes at the following stages. Indicate how many DNA molecules are present at each stage. (4 pts.) a. Metaphase of mitosis c. Metaphase I of meiosis b. Anaphase of mitosis d. Anaphase ll of meiosis
3) The diploid cells of A. roksiki have a total of 4 chromosomes (2n=4). One of the homologous pairs is large with an acrocentric centromere and the other is small with a metacentric centromere. A. Draw the chromosomes from A. roksiki as they would appear in metaphase 2 of meiosis. Include all cells and all chromosomes. Assume meiosis is proceeding normally and ignore any effects of crossing over. (6 pts) B. A strain of A. roksiki is heterozygous for a...
Draw the stages of meiosis for an animal cell where 2n (diploid number of chromosomes) =4 chromosomes. Label the cleavage furrow, cell plate, spindle fibers, & centrioles (if present for that stage). Diagram the stages of meiosis for a plant cell where the diploid number is 6 chromosomes. Label the cleavage furrow, cell plate, spindle fiber, & centrioles (if present for that stage).
Question 1:
a) Match the process and stage to the cell. Assume all cells are
from diploid organisms.
Select one:
☐Mitosis Prophase
☐Mitosis Metaphase
☐Mitosis Anaphase
☐Mitosis Telophase
☐Meiosis Prophase I
☐Meiosis Metaphase I
☐Meiosis Anaphase I
☐Meiosis Telophase I
☐Meiosis Prophase II
☐Meiosis Metaphase II
☐Meiosis Anaphase II
☐Meiosis Telophase II
b) Match the process and stage to the cell. Assume all cells are
from diploid organisms.
Select one:
☐Mitosis Prophase
☐Mitosis Metaphase
☐Mitosis Anaphase
☐Mitosis Telophase
☐Meiosis Prophase...
Generating. A cell is 2n = 4 and will soon go through meiosis I and meiosis II, to become four genetically distinct haploid cells. Draw and label all the stages (prophase I, metaphase II, etc.) and the location/distribution of chromosomes using red and blue colors for the chromosomes in cach stage. In at least one of the homologous pairs, show crossing over using two different alleles of your choice. (15 points)
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