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The nuclear membrane breaks apart and the centrioles move to opposite ends of the cell during
Mitosis Phase 1
chromatids separate and pull to opposite sides of the cell
does not require energy
cytokinesis
false
binary fission
centromere
homologous chromosomes
Human body cells have 23 pairs of
Mitosis Phase 1
chromatids separate and pull to opposite sides of the cell
does not require energy
cytokinesis
false
binary fission
centromere
homologous chromosomes
Chromatids are held together at a region called the
Mitosis Phase 1
chromatids separate and pull to opposite sides of the cell
does not require energy
cytokinesis
false
binary fission
centromere
homologous chromosomes
During mitosis phase 3 (Anaphase),
Mitosis Phase 1
chromatids separate and pull to opposite sides of the cell
does not require energy
cytokinesis
false
binary fission
centromere
homologous chromosomes
Two identical cells are formed after mitosis during the process of
Mitosis Phase 1
chromatids separate and pull to opposite sides of the cell
does not require energy
cytokinesis
false
binary fission
centromere
homologous chromosomes
Cellular respiration describes how a cell breathes.
Mitosis Phase 1
chromatids separate and pull to opposite sides of the cell
does not require energy
cytokinesis
false
binary fission
centromere
homologous chromosomes
Passive transport
Mitosis Phase 1
chromatids separate and pull to opposite sides of the cell
does not require energy
cytokinesis
false
binary fission
centromere
homologous chromosomes
How do prokaryotic cells make more cells
Mitosis Phase 1
chromatids separate and pull to opposite sides of the cell
does not require energy
cytokinesis
false
binary fission
centromere
homologous chromosomes
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