Determine which of the following statements concerning meiosis
in humans is/are true.
Meiosis is a form of cell division that reduces the chromosome
number of the daughter cells from diploid to haploid and introduces
variation into the daughter cells.
True False
Meiosis consists of two rounds of cell division and results in
the formation of four haploid cells.
True False
During the first round of cell division, meiosis, the cells are
diploid but are reduced to haploid daughter cells.
True False
By the end of the second round of cell division, meiosis II,
there are four daughter cells, each with a copy of a chromosome and
its sister chromatids.
True False
During the process of meiosis, alleles on chromosomes are
randomly shuffled across chromosomes in meiosis II, prophase
II.
True False
This process called crossing over is the first introduction of
genetic variation by creating new combinations of alleles not
present in the original chromosomes.
True False
Chromosomes are shuffled during metaphase I of meiosis I as the
homologous chromosomes line up randomly along the metaphase
plate.
True False
During meiosis II, there is the random separation of sister
chromatids into each daughter cell. The daughter cells are
genetically different from each other.
True False