Huntingtons Disease is A Dominant B Recessive C Sex Linked Recessive D Sex Linked Dominant QUESTION 2 Achondroplasia is A Dominant B Recessive C Sex Linked Recessive D Sex Linked Dominant ID: 918747
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Slide1
Review
Chapter 11
Slide2QUESTION 1
Huntingtons
Disease is:
A. DominantB. RecessiveC. Sex Linked RecessiveD. Sex Linked Dominant
Slide3QUESTION 2
Achondroplasia
is:
A. DominantB. RecessiveC. Sex Linked RecessiveD. Sex Linked Dominant
Slide4QUESTION 3
Hemophilia is:
A. Dominant
B. RecessiveC. Sex Linked RecessiveD. Sex Linked Dominant
Slide5QUESTION 4
Color blindness is:
A. Dominant
B. RecessiveC. Sex Linked RecessiveD. Sex Linked Dominant
Slide6QUESTION 5
Albinism is:
A. Dominant
B. RecessiveC. Sex Linked RecessiveD. Sex Linked Dominant
Slide7QUESTION 6
Tay
-Sachs is:
A. DominantB. RecessiveC. Sex Linked RecessiveD. Sex Linked Dominant
Slide8QUESTION 7
Karyotypes align chromosomes:
A. Decreasing in size
B. Increasing in sizeC. Based on which one is pulled firstD. Based on sex chromosomes
Slide9QUESTION 8
Males have what chromosomes?
A. XX
B. XYC. XOD. YY
Slide10QUESTION 9
Females have what chromosomes?
A. XX
B. XYC. XOD. YY
Slide11QUESTION 10
Which parent determines the sex of a child?
A. Male
B. FemaleC. Neither
Slide12QUESTION 11
How many autosomes do humans have?
A. 12
B. 22C. 47D. 23
Slide13QUESTION 12
Genetic disorders are curable
True
False
Slide14QUESTION 13
If two carriers of albinism have children, what percentage of them would have the disorder?
A.
0B. 25C. 50D. 75
Slide15QUESTION 14
How many dominant genes must be present for it to be shown?
A.
0B. 1C. 2D. 4
Slide16QUESTION 15
How does nondisjunction cause disorders?
A. Changes # of gametes
B. Changes # of zygotes C. Changes chromosomes #D. Changes chromosome structure
Slide17QUESTION 16
Which of the following could only be a result of nondisjunction during meiosis of sperm formation and not egg formation?
A. XYY
B. XXXC. XXYD. XO
Slide18QUESTION 17
How many children born to a normal mother and a man with
Huntingtons
would have the disorder? A. 1B. 2C. 3D. 4
Slide19QUESTION 18
Cystic fibrosis is caused by a change in how many base pairs of DNA?
A. 3
B. 21C. 32D. 17
Slide20QUESTION 19
What
is the chance that individual A will be afflicted with Huntington's
?A. 25%B. 50%C. 75%D. 100%
Slide21QUESTION 20
People who suffer from albinism lack what pigment?
A. Melanin
B. KaryotinC. ChlorophyllD. Mesophyll
Slide22QUESTION 21
How many sex chromosomes do humans have?
A. 1
B. 2C. 3D. 4
Slide23QUESTION 22
All organisms have the same number of chromosomes
True
False
Slide24QUESTION 23
Which genetic disorder is characterized by thick mucus?
A. Albinism
B. AchondroplasiaC. Cystic FibrosisD. Sickle Cell
E. Hemophilia
Slide25QUESTION 24
Which genetic disorder is characterized by thick mucus?
A. Albinism
B. AchondroplasiaC. Cystic FibrosisD. Sickle Cell
E. Hemophilia
Slide26QUESTION 25
Which genetic disorder is characterized by short arms and legs?
A. Albinism
B. AchondroplasiaC. Cystic Fibrosis
D. Sickle Cell
E. Hemophilia
Slide27QUESTION 26
Which genetic disorder cause vision impairments?
A. Albinism
B. AchondroplasiaC. Cystic FibrosisD. Sickle Cell
E. Hemophilia
Slide28QUESTION 27
Phenotypes remain stable throughout life
True
False
Slide29QUESTION 28
What are the moves caused by Huntington's called?
A. Huntington's Jig
B. Huntington's DanceC. Huntington's Twitch
D
.
Huntington's Tremor
Slide30QUESTION 29
Telomeres are linked to
A. Aging
B. Mitosis C. Nondisjunction
D
.
Chromosome formation
Slide31QUESTION 30
People with Sickle Cell are more resistant to:
A. Malaria
B. West NileC. Yellow Fever
D
.
HIV
Slide32QUESTION 31
Which genetic disorder is characterized by blood not clotting?
A. Albinism
B. AchondroplasiaC. Cystic Fibrosis
D. Sickle Cell
E. Hemophilia
Slide33QUESTION 32
When does
Huntingtons
Disease set in? A. 20’sB. 30’sC. 40’sD. 50’s
Slide34QUESTION 33
When does
Huntingtons
Disease set in? A. 20’sB. 30’sC. 40’sD. 50’s
Slide35QUESTION 34
In the spring, many trees produce flowers and regrow the leaves that were lost during the fall. This is an example of a change
in ______
A. PhenotypeB. GenotypeC. KaryotypeD.
Season