BIO 182 EXAM 2 ASU 2026 GENETICS
PRACTICE SET ANSWERS FULL SOLUTION
◉ sexual reproduction.
Answer: -takes more time and energy than asexual reproduction
-genetically diverse offspring
-requires fertilization
-requires haploid gametes
-mating
◉ most plants and animals produce_______.
Answer: gametes called eggs and sperm
◉ Meiosis.
Answer: nuclear division that forms haploid cells
◉ Meiosis I.
Answer: diploid cells divide to create 2 haploid cells, each with one
of the homologous chromosomes
◉ Meiosis II.
,Answer: 2 haploid cells divide to form 4 haploid cells, which develop
into eggs or sperm
◉ Prophase I (Meiosis).
Answer: -chromosomes condense
-nuclear envelope breaks down
-spindle fibers start to form (microtubules)
-crossing over occurs
◉ Metaphase 1 (Meiosis).
Answer: Pairs of homologous chromosomes move to metaphase
plate
◉ Anaphase I (Meiosis).
Answer: homologous chromosomes separate and move to opposite
poles of the cell
◉ Telophase and Cytokensis (Meiosis).
Answer: -chromosomes gather at poles of the cell
-cytoplasm divides
◉ Prophase II (Meiosis).
, Answer: -2 cells
-a new spindle forms around the chromosomes
◉ Metaphase II (Meiosis).
Answer: chromosomes line up at the metaphase plate/equator
◉ Anaphase II (Meiosis).
Answer: -2 cells
-centromeres divide
-chromatids move to opposite poles of the cells
◉ Telophase II and Cytokinesis (Meiosis).
Answer: -goes from 2 cells to 4 cells
-nuclear envelope forms around each set of chromosomes
-cytoplasm divides
◉ Asexual organisms.
Answer: -New alleles must occur independently
-can't be passed around and mixed with the genetic make up/
different alleles of other organisms
◉ Sexual organisms.
PRACTICE SET ANSWERS FULL SOLUTION
◉ sexual reproduction.
Answer: -takes more time and energy than asexual reproduction
-genetically diverse offspring
-requires fertilization
-requires haploid gametes
-mating
◉ most plants and animals produce_______.
Answer: gametes called eggs and sperm
◉ Meiosis.
Answer: nuclear division that forms haploid cells
◉ Meiosis I.
Answer: diploid cells divide to create 2 haploid cells, each with one
of the homologous chromosomes
◉ Meiosis II.
,Answer: 2 haploid cells divide to form 4 haploid cells, which develop
into eggs or sperm
◉ Prophase I (Meiosis).
Answer: -chromosomes condense
-nuclear envelope breaks down
-spindle fibers start to form (microtubules)
-crossing over occurs
◉ Metaphase 1 (Meiosis).
Answer: Pairs of homologous chromosomes move to metaphase
plate
◉ Anaphase I (Meiosis).
Answer: homologous chromosomes separate and move to opposite
poles of the cell
◉ Telophase and Cytokensis (Meiosis).
Answer: -chromosomes gather at poles of the cell
-cytoplasm divides
◉ Prophase II (Meiosis).
, Answer: -2 cells
-a new spindle forms around the chromosomes
◉ Metaphase II (Meiosis).
Answer: chromosomes line up at the metaphase plate/equator
◉ Anaphase II (Meiosis).
Answer: -2 cells
-centromeres divide
-chromatids move to opposite poles of the cells
◉ Telophase II and Cytokinesis (Meiosis).
Answer: -goes from 2 cells to 4 cells
-nuclear envelope forms around each set of chromosomes
-cytoplasm divides
◉ Asexual organisms.
Answer: -New alleles must occur independently
-can't be passed around and mixed with the genetic make up/
different alleles of other organisms
◉ Sexual organisms.