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At the end of meiosis I the daughter cells contain
anaphase II
6
diploid
tetrads
four genetically different cells
prophase I
haploid cells
a haploid number of chromosomes with twice the amount of DNA
During which phase do the sister chromatids separate and move to opposite ends of the cell?
anaphase II
6
diploid
tetrads
four genetically different cells
prophase I
haploid cells
a haploid number of chromosomes with twice the amount of DNA
The pairing of homologous chromosomes during meiosis creates
anaphase II
6
diploid
tetrads
four genetically different cells
prophase I
haploid cells
a haploid number of chromosomes with twice the amount of DNA
Unlike mitosis, meiosis results in for formation of
anaphase II
6
diploid
tetrads
four genetically different cells
prophase I
haploid cells
a haploid number of chromosomes with twice the amount of DNA
If an organism's diploid number is 12, what is its haploid number?
anaphase II
6
diploid
tetrads
four genetically different cells
prophase I
haploid cells
a haploid number of chromosomes with twice the amount of DNA
What is formed at the end of meiosis?
anaphase II
6
diploid
tetrads
four genetically different cells
prophase I
haploid cells
a haploid number of chromosomes with twice the amount of DNA
Crossing-over occurs during
anaphase II
6
diploid
tetrads
four genetically different cells
prophase I
haploid cells
a haploid number of chromosomes with twice the amount of DNA
A cell that contains both sets of homologous chromosomes is said to be
anaphase II
6
diploid
tetrads
four genetically different cells
prophase I
haploid cells
a haploid number of chromosomes with twice the amount of DNA
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