Click and drag each label to identify which phase of meiosis it describes.
Click and drag each label to identify which phase of meiosis it describes.
Tetrads align at the equatorial plane.
Chromosomes cross-over to combine their genes.
A haploid cell with single-stranded chromosomes results
Unpaired chromosomes align on the equatorial plane
Homologeus chremotomes separate and migrale to opposte poles of the cell.
Sister chromatids migrate to opposite poles of the cell
Homework Answers
Prophase I:
Synapsis of homologous chromosomes, the homologous chromosomes pair
up and form the tetrads.
Metaphase I: Tetrads align along the metaphase plate.
Anaphase I: Homologous chromosomes, consisting of sister chromatids, migrate to opposite poles.
Metaphse II: Unpaired chromosomes line up along the metaphase plate
Anaphase II: Sister chromatids separate and are pulled to opposite poles of the cell
Meiosis II results in haploid cells with single stranded chromosome.
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Click and drag each label to identify which phase of meiosis it describes.
can someone help me with this ? Click and drag each label to laentmy Whether it...
can someone help me with this
?
Click and drag each label to laentmy Whether it deschbes meiosis, mitosis, or both. to Meiosis Mitosis Homologous pairs of chromosomes align at the equatorial plane. The end result is called a gamete. The end result is 4 genetically different, haploid gametes. DNA only replicates once. The process begins with a diploid cell. Identical sister chromatids are separated at the Centromere. The end result is 2 identical, diploid daughter cells. During at least...
Identify the stages of meiosis by filling in the blanks, and then rearrange the sentences to...
Identify the stages of meiosis by filling in the blanks, and then rearrange the sentences to place the stages in the correct order starting with prophase I. Drag the text blocks below into their correct order. anaphase II Sister chromatids separate and are pulled to opposite poles of the cell during www telophase II metaphase wwwwwww Nuclear envelopes reform around two separate haploid nuclei during prophase www Chromosomes line up in pairs along the plate during anaphase Nuclear envelopes reform...
QUESTION 6 Choose the correct answers to fill in the table below. Choices may be used...
QUESTION 6 Choose the correct answers to fill in the table below. Choices may be used once, more than once, or not at all. Type of organism Ploidy of cells produced by meiosis what we call the cells produced by meiosis animals (including humans) plants QUESTION 7 Below are several events in meiosis. Identify which phase of meiosis the event occurs in. Crossing over (recombination) occurs between homologous chromosomes. Homologous pairs of chromosomes come together to form tetrads. Homologous pairs...
Match the event with the correct phase of MEIOSIS [Choose) Tetrads of homologous chromosomes align on...
Match the event with the correct phase of MEIOSIS [Choose) Tetrads of homologous chromosomes align on the middle plane of the cell. The orientation of the tetrads on the middle plane is random. < Homologous chromosomes separate; move to opposite poles. [Choose ] < [Choose] Homologous chromosomes associate, crossing over occurs, chromosomes condense. < Two cells formed; each has one of each duplicated chromosome. [Choose ] Four cells formed; each cell has one of each unduplicated chromosome. [Choose) [Choose ]...
Match each label to the correct cell it describes DNA Cell Division Quiz Saved Help Save...
Match each label to the correct cell it describes
DNA Cell Division Quiz Saved Help Save & Exit Required information Chromosomes condense The cytoplasm divides. Pert 3 of 3 Sister chromatids Skipped move toward opposite poles. eBook Chromosomes align at equator of cell. Nuclear envelope forms Mc of 12 <Prey 6 Next>
2. Write the phase of meiosis that matches each description. Remember to include I or II....
2. Write the phase of meiosis that matches each description. Remember to include I or II. a. Sister chromosomes separate and move to opposite poles. b. Homologous pairs line up in the middle of the cell. C. Crossing over occurs. d. Homologous chromosomes separate and move to opposite poles.
Fill in the blank: 11. A cell with a diploid number of 20, undergoes meiosis. This...
Fill in the blank: 11. A cell with a diploid number of 20, undergoes meiosis. This will produce daughter cells, each with __ _ chromosomes. 12. Crossing over occurs during this phase: 13. Tetrads line up along the equator during this phase: 14. At the end of meiosis I, daughter cells are created. These daughter cells are ( diploid | haploid ). 15. Meiosis creates what type of cell: Fill in the Blank with the proper phase of Meiosis (Interphase...
Meiosis is composed of two chromosomal division called Meiosis I and Meiosis II. Each of the two...
Meiosis is composed of two chromosomal division called Meiosis I and Meiosis II. Each of the two divisions consists of Prophase, Prometaphase, Metaphase, Anaphase and Telophase and each of these phases is designated I or II according to which division it is a part of. Be sure you know what happens in each phase in regard to the chromosomes, chromatids, spindles and the nuclear envelope. During which phase does synapsis occur and crossing over begin? And in which division, Meiosis I or Meiosis II...
Which of the following is not one of the ways that meiosis can introduce variability into...
Which of the following is not one of the ways that meiosis can introduce variability into a population via sexual reproduction? meiosis never introduces genetic variation production of diploid gametes independent assortment along the metaphase plate crossing over random fertilization The role of meiosis in Mendel's law of segregation is that it allows crossing over to occur. it allows genes to be duplicated. it separates sister chromatids and exact copies of genes it separates homologous chromosomes and therefore gene alleles...
During the M-phase (Mitosis), spindle fibers extend from centrioles in the poles of the cell and...
During the M-phase (Mitosis), spindle fibers extend from centrioles in the poles of the cell and attach to the centromeres of each replicated chromosome. The chromosomes are aligned along the equatorial plate of the cell in the process. Once all centromeres got attached from either side to a spindle fibre, a cellular checkpoint got passed and the spindle fibers begin to contract towards the poles, pulling the two sister chromatids apart such that one sister chromatid of each of the...
can someone help me with this
?
Click and drag each label to laentmy Whether it deschbes meiosis, mitosis, or both. to Meiosis Mitosis Homologous pairs of chromosomes align at the equatorial plane. The end result is called a gamete. The end result is 4 genetically different, haploid gametes. DNA only replicates once. The process begins with a diploid cell. Identical sister chromatids are separated at the Centromere. The end result is 2 identical, diploid daughter cells. During at least...
Identify the stages of meiosis by filling in the blanks, and then rearrange the sentences to place the stages in the correct order starting with prophase I. Drag the text blocks below into their correct order. anaphase II Sister chromatids separate and are pulled to opposite poles of the cell during www telophase II metaphase wwwwwww Nuclear envelopes reform around two separate haploid nuclei during prophase www Chromosomes line up in pairs along the plate during anaphase Nuclear envelopes reform...
QUESTION 6 Choose the correct answers to fill in the table below. Choices may be used once, more than once, or not at all. Type of organism Ploidy of cells produced by meiosis what we call the cells produced by meiosis animals (including humans) plants QUESTION 7 Below are several events in meiosis. Identify which phase of meiosis the event occurs in. Crossing over (recombination) occurs between homologous chromosomes. Homologous pairs of chromosomes come together to form tetrads. Homologous pairs...
Match the event with the correct phase of MEIOSIS [Choose) Tetrads of homologous chromosomes align on the middle plane of the cell. The orientation of the tetrads on the middle plane is random. < Homologous chromosomes separate; move to opposite poles. [Choose ] < [Choose] Homologous chromosomes associate, crossing over occurs, chromosomes condense. < Two cells formed; each has one of each duplicated chromosome. [Choose ] Four cells formed; each cell has one of each unduplicated chromosome. [Choose) [Choose ]...
Match each label to the correct cell it describes
DNA Cell Division Quiz Saved Help Save & Exit Required information Chromosomes condense The cytoplasm divides. Pert 3 of 3 Sister chromatids Skipped move toward opposite poles. eBook Chromosomes align at equator of cell. Nuclear envelope forms Mc of 12 <Prey 6 Next>
2. Write the phase of meiosis that matches each description. Remember to include I or II. a. Sister chromosomes separate and move to opposite poles. b. Homologous pairs line up in the middle of the cell. C. Crossing over occurs. d. Homologous chromosomes separate and move to opposite poles.
Fill in the blank: 11. A cell with a diploid number of 20, undergoes meiosis. This will produce daughter cells, each with __ _ chromosomes. 12. Crossing over occurs during this phase: 13. Tetrads line up along the equator during this phase: 14. At the end of meiosis I, daughter cells are created. These daughter cells are ( diploid | haploid ). 15. Meiosis creates what type of cell: Fill in the Blank with the proper phase of Meiosis (Interphase...
Which of the following is not one of the ways that meiosis can introduce variability into a population via sexual reproduction? meiosis never introduces genetic variation production of diploid gametes independent assortment along the metaphase plate crossing over random fertilization The role of meiosis in Mendel's law of segregation is that it allows crossing over to occur. it allows genes to be duplicated. it separates sister chromatids and exact copies of genes it separates homologous chromosomes and therefore gene alleles...
During the M-phase (Mitosis), spindle fibers extend from centrioles in the poles of the cell and attach to the centromeres of each replicated chromosome. The chromosomes are aligned along the equatorial plate of the cell in the process. Once all centromeres got attached from either side to a spindle fibre, a cellular checkpoint got passed and the spindle fibers begin to contract towards the poles, pulling the two sister chromatids apart such that one sister chromatid of each of the...
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