Modified True/False Indicate whether the statement is true or
false. If false, change the identified word or phrase to make the statement true.
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1.
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The process of 1 cell dividing into 2 cells is called cell division.
____________________
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2.
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A chromosome is a structure made of DNA and protein.
____________________
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3.
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Cells in the human body become stomach cells and liver cells through the process
of cell division. ____________________
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4.
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Most bacteria and protozoan reproduce sexually by undergoing
simple cell-division. ____________________
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5.
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A haploid cell contains half the number of chromosomes of a
diploid cell, which contains a complete set of chromosomes. ____________________
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6.
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The phenotype is the form of a trait that an organism displays.
____________________
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7.
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The form of a gene that is hidden when the dominant allele is present is called
recessive. ____________________
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8.
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When a true-breeding plant self-pollinates, it always produces offspring with
different traits as the parent plant. ____________________
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9.
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If an organism has a genotype with a recessive and dominant allele, the dominant
trait is always shown. ____________________
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10.
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Mendel found that the ratio of purple flowers to white flowers was 3:1
in the second generation of offspring. ____________________
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11.
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Different forms of the same genes are called chromosomes.
____________________
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12.
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When a true-breeding purple plant (PP) is crossed with a true-breeding white
plant (Pp) the genotype of the offspring must be Pp. ____________________
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13.
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A tabby cat is an example of incomplete dominance.
____________________
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14.
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Inherited traits that are determined by a single gene are called
polygenic traits. ____________________
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Completion Complete each statement.
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Select the correct term to complete each sentence. There are extra terms in
the list.| metaphase | fertilization | chromosome | | homologous pairs | haploid | cell differentiation | | interphase | meiosis | cell plate | | 23 | 46 | mitosis | | cell cycle | prokaryotic | diploid | | sexual | eukaryotic | cytokinesis | | asexual | anaphase | sex cells | | | |
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15.
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The period of time from the beginning of one cell division to the beginning of
the next is called the _________________________.
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16.
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During ____________________ the cell grows, develops, and copies its
chromosomes.
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17.
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____________________ is the stage in the cell cycle where the nucleus divides
into 2 nuclei.
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18.
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 The diagram
shows the ____________________ stage of the cell cycle.
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19.
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As cells undergo ______________________________ they give rise to different
tissues, which eventually form organs.
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20.
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____________________ reproduction is the type of reproduction that requires only
one parent.
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21.
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The special types of cells required for sexual reproduction are called
____________________.
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22.
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In cells from the same species, a ____________________ cell contains twice as
many chromosomes as a ____________________ cell.
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Select the correct term to complete each sentence. There are extra terms in
the list.| recessive | dominant | phenotype | | genotype | percent | chromosomes | | alleles | genes | heredity | | punnett square | purple | white | | cross-pollination | Gregor Mendel | Walter Sutton | | Alfred Wegener | self-pollination | yellow | | incomplete dominance | codominance | polygenic traits | | Yy | YY | yy | | | |
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23.
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An organism’s ____________________ is the set of traits it receives from
its parents.
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24.
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Individual units called ____________________ determine an organism’s
traits.
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25.
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The works of ______________________________ and ______________________________
have been combined in 5 basic laws of heredity.
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26.
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A yellow seeded pea plant (YY) is crossed with a green seeded (yy) pea plant.
The genotype of the first generation of peas is ____________________.
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27.
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In the gene combination Gg for pod color, g is the ____________________
allele.
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28.
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A useful tool you can use to show all the possible combinations of alleles from
the parents is called a(n) _________________________.
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29.
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Probability can be expressed as a ____________________.
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30.
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Genes are located on _________________________.
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Select the correct term to complete each sentence. There are extra terms in
the list.| RNA strand | proteins | genetic engineering | | sex cells | base sequence | 3 bases | | 2 bases | 4 bases | uracil | | guanine | adenine | thymine | | protein synthesis | mutation | genome | | transfer RNA | messenger RNA | chromosome | | gene | double helix | selective breeding | | mother | father | DNA
replication | | | |
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31.
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The code for one amino acid is made of ____________________.
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32.
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Tomatoes that can withstand cold temperatures and extra large strawberries are
two examples of the process of ________________________________________.
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33.
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The only way that a mutation can be passed on to offspring is if it is found in
the _________________________ of the parent organism.
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34.
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A _________________________ is the total amount of hereditary material in a
single cell of an organism.
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35.
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Mitochondrial DNA is inherited from the ____________________.
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36.
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During ______________________________, ribosomes read the genetic codes and
assemble the proper proteins.
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Short Answer
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37.
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List the different stages of the cell cycle for a normal body cell in the proper
order. What is the ultimate result of the cell cycle?
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38.
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White flower color is recessive to purple flower color in pea plants. If a pea
plant has white flowers, what is the genotype and phenotype of the pea plant?
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39.
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What can you predict about the offspring if you know the genotypes of the
parents?
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40.
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A double helix DNA molecule has the following
code: ATGCTTGCC TACGAACGG After DNA replication, what is the outcome?
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41.
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You know that when purple flowers mate with purple flowers, the offspring is
always purple. You also know that if purple flowers mate with white flowers the offspring is either
white or purple. You decide that you want to give your family purple flowers for Christmas. What type
of flowers will you mate. What strategy have you used in pollinating the flowers?
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Problem
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42.
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A certain protein in your body has 1,800 bases in its code. a. How many
amino acids are present in this protein? b. How many different types of amino acids could be in
this protein? Explain and show your work.
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Essay
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43.
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Describe how Gregor Mendel’s ideas contributed to the modern study of
genetics and heredity.
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44.
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In your own words, describe the 5 laws of heredity that combine the work of
Mendel and Sutton.
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45.
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Give 1 difference and 1 similarity between DNA and RNA.
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46.
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Explain how scientists use genetic engineering to treat patients with
diabetes.
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Other
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47.
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 The diagram
shows the first division of meiosis. Draw the second division of meiosis and describe each
phase.
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