Explore key concepts of cell division in 'Biology 1401 Chapter 10: How Cells Divide'. The quiz covers topics such as haploid cells, karyotypes, cytokinesis, and the variety of chromosome numbers in eukaryotes. It assesses understanding vital for growth, reproduction, and bacterial genome structure.
Haploid.
Diploid.
Polypoid.
Tetraploid.
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S.
M.
C.
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Anaphase.
Interphase.
Metaphase.
Prophase.
Telophase.
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Ecotype.
Haplotype.
Karyotype.
Phenotype.
Genotype.
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Sister chromatids.
Daughter chromatids.
Sister chromosomes.
Daughter chromosomes.
Genes.
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Albumins.
Antibodies.
Enzymes.
Histamines.
Histones.
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2.
22.
44.
46.
23.
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Binary fission.
Forming a cell plate across the middle of the cell.
Forming a cleavage furrow that pinches the cell into two.
Chromosome condensation.
Chromosome elongation.
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S + M + C
Prophase + metaphase + anaphase + telophase
Cytokinesis + mitosis
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Anaphase.
Interphase.
Metaphase.
Prophase.
Telophase.
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Binary fission.
Forming a cell plate across the middle of the cell.
Forming a cleavage furrow that pinches the cell into two.
Chromosome condensation.
Chromosome elongation.
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S.
M.
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Anaphase
Interphase
Metaphase
Telophase
Cytokinesis
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Anaphase.
Interphase.
Metaphase.
Prophase.
Telophase.
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Prophase.
Anaphase.
Telophase.
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Aster.
Cell plate.
Centriole.
Spindle apparatus.
Centromere.
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Microtubules.
Asters.
Histones.
Cyclins and cyclin-dependent kinases.
Channel proteins.
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Proteins that are tightly bound to the double strands of DNA.
Proteins that are tightly bound with only one of the strands of DNA.
Proteins that are tightly bound to mRNA.
Proteins that serve as spindle fiber to pull the sister chromatids apart during anaphase.
Proteins that are tightly bound to inside of the nuclear membrane.
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Can usually be determined without the use of a microscope.
Can usually be predicted from the size of the organism.
Change as the organisms grow and age.
Vary considerably from 2 to over 1000 in different species.
Vary depending on the type of the cell in the same organism.
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Chromosomes lengthen.
Nuclear envelope reform.
Nucleolus disappear.
Chromosomes line up at the equator.
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The chromosomes are lined up on the equator.
The chromosomes have all been copied through DNA replication and are now sister chromatids.
The homologous chromosomes have been pulled to their respective poles by the spindle apparatus.
The homologous chromosomes have not been replicated yet.
The homologous chromosomes are now in the haploid or n condition.
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Ras and p53
Ras and Scr
Scr and Rb
Rb and p53
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DNA replication.
Mitosis.
Cytokinesis.
Binary fission.
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G to S to M
S to M to C
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Histones.
Channel proteins.
Growth factors.
Gating proteins.
Neurotransmitters.
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S.
M.
C.
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1
2
3
4
Chromosomes
Asters
Microtubules
Cyclins
Protein kinases
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Single, circular, protein-coated, double stranded DNA molecule.
Single, circular, uncoated, double stranded DNA molecule.
Single, circular, uncoated, double stranded RNA molecule.
Single, linear, uncoated, double stranded DNA molecule.
Many, circular, uncoated, double stranded DNA molecules.
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Spindle
MFP
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64.
32.
16.
8.
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Chromatids.
Homologous chromosomes.
Sister chromosomes.
Daughter chromosomes.
Genes.
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Meiosis.
Mitosis.
Binary fission.
Cytokinesis.
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Meiosis.
Mitosis.
Binary fission.
Cytokinesis.
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23 pairs of sister chromatids and 46 individual DNA molecules
23 pairs of sister chromatids and 92 individual DNA molecules
46 pairs of sister chromatids and 46 individual DNA molecules
46 pairs of sister chromatids and 92 individual DNA molecules
46 pairs of sister chromatids and 184 individual DNA molecules
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S
M
C
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Meiosis.
Mitosis.
Binary fission.
Cytokinesis.
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