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Final Exam Review Quiz

Total questions: 49

Worksheet time: 30mins

Name
Class
Date
1.

What process is represented by the creation of two daughter cells containing identical copies of DNA?

a)

Cell differentiation

b)

Cell division

c)

Stem cells

d)

Specialized cell

2.
What is cell differentiation?
a)
How cells become different
b)
How cells stay the same
3.

What type of cell is created through the expression of epithelial-specific genes?

a)

Stem cells

b)

Neuron

c)

Epithelial cell

d)

Specialized cell

4.
In what way is the DNA of a nerve cell different from the DNA of a muscle cell?
a)
The DNA is the same but each cell contains different genes
b)
The DNA is the same but different genes are turned on in each cell
c)
Each cell has its own unique DNA
d)
The DNA is different, but each cell contains the same genes
5.
How do stem cells know what type of cells to differentiate into?
a)
The nucleus has instructions to turn some genes on and some genes off
b)
Signals from chemicals in the organism or from the environment determine which genes will be turned on and off
c)
Genes turn on and off randomly
d)
The cell has unique DNA that determines what the cell will become.
6.

How does cell differentiation contribute to the single becoming a multicellular organism?

a)

By creating identical copies of DNA

b)

By producing unspecialized cells

c)

By forming specialized cells with specific functions

d)

By maintaining the single-cell state

7.

What are the two main causes of cancer at the molecular level?

a)

Hereditary and environmental carcinogenic agents

b)

Viral infections and bacterial infections

c)

Poor diet and lack of exercise

d)

Excessive sunlight and pollution

8.

What happens to a cell during normal cell division if it is damaged?

a)

It continues to divide

b)

It undergoes apoptosis (cell death)

c)

It becomes cancerous

d)

It repairs itself

9.

What is the result of a mutated tumor-suppressor gene?

a)

Normal cell growth

b)

Loss of growth control

c)

Increased cell death

d)

Decreased cell division

10.

Which of the following is NOT a characteristic of cancer cells?

a)

Evading apoptosis

b)

Insensitivity to anti-growth signals

c)

Limited replicative potential

d)

Sustained angiogenesis

11.

What is the relationship between DNA, RNA and proteins?

a)

The genetic code determines the amino acids that make up a protein

b)

Proteins are made up of DNA

c)

RNA will code for DNA and that creates proteins

d)

They are all in living things

12.

If there is a change in the DNA, it can have an impact on the protein...

a)

shape

b)

size

c)

spiciness

d)

color

13.

Protein shape has a direct impact on its _________________.

a)

color

b)

function

c)

shape

d)

size

14.

Changes in DNA, which can lead to changes in protein shape can cause....(multiple correct answers)

a)

health issues

b)

sickle cell anemia

c)

lactose intolerance

d)

proteins to not work

15.

What causes sickle cell anemia?

a)

A. A bacterial infection

b)

B. A genetic mutation in the DNA sequence

c)

C. A viral infection

d)

D. A deficiency in iron

16.

What is the shape of healthy red blood cells?

a)

A. Spherical

b)

B. Crescent-shaped

c)

C. Donut-shaped

d)

D. Irregular

17.

What is the genotype of individuals who are homozygous for the normal hemoglobin allele?

a)

A. AA

b)

B. SA

c)

C. SS

d)

D. AS

18.

What is the phenotype of individuals with the genotype SS?

a)

A. No Sickle Cell

b)

B. Has Sickle Cell trait (carries the trait)

c)

C. Has Sickle Cell disease

d)

D. Normal red blood cells

19.

What is the genotype of individuals who are heterozygous for the sickle cell allele?

a)

A. AA

b)

B. SA

c)

C. SS

d)

D. AS

20.

What happens to sickled red blood cells in low-oxygen environments?

a)

A. They become more elastic

b)

B. They become sticky and tend to clump together

c)

C. They become spherical

d)

D. They dissolve

21.

Figure 1. Sickled Red Blood Cells

a)

A. Healthy (panel 1) and sickle cell (panel 2) red blood cells

b)

B. Healthy cells are shaped like donuts or inner tubes

c)

C. Sickle cells are shriveled and sticky

d)

D. Sickle cell anemia takes its name from an old fashioned farming tool called a sickle

22.

What genetic condition does Sarah have?

a)

Malaria

b)

Sickle cell trait

c)

Sickle cell anemia

d)

Hemophilia

23.

What illness was Joseph diagnosed with?

a)

Sickle cell anemia

b)

Sickle cell trait

c)

Malaria

d)

Hemophilia

24.

What is the inheritance pattern of sickle cell anemia?

a)

Autosomal dominant

b)

Autosomal recessive

c)

X-linked dominant

d)

Y-linked recessive

25.

What is the genotype of Joseph for the sickle cell trait?

a)

AA

b)

AS

c)

SS

d)

SA

26.

What can cause people with sickle cell trait to feel ill, according to Sarah's doctor?

a)

Overhydration

b)

Dehydration

c)

Excessive exercise

d)

High altitude

27.

What is the main difference between sickle cell trait and sickle cell anemia?

a)

Sickle cell trait is dominant, sickle cell anemia is recessive

b)

Sickle cell trait has one allele, sickle cell anemia has two alleles

c)

Sickle cell trait affects red blood cells, sickle cell anemia does not

d)

Sickle cell trait is found on the X chromosome, sickle cell anemia is not

28.

What is the primary method of transmission for malaria?

a)

Airborne

b)

Genetic

c)

Mosquito-borne

d)

Direct contact

29.

How can I determine the mode of inheritance for a pedigree? Multiple are correct!

a)
  1. Look for father to son transmission

b)

See if anyone has the trait

c)

Is there mother to son transmission

d)

Does the trait skip a generation

30.

What is the mode of inheritance?

a)

Autosomal dominant

b)

Autosomal recessive

c)

Sex-linked dominant

d)

Sex-linked recessive

31.

What pattern do you see in the frequency of light moths vs dark moths from the year 1800 - 2000?

a)

The frequency of light moths increased while the frequency of dark moths decreased.

b)

The frequency of dark moths increased while the frequency of light moths decreased.

c)

Both light and dark moth frequencies remained constant.

d)

Both light and dark moth frequencies increased.

32.

What pattern do you see in the frequency of furless rabbits vs rabbits with fur over 10 generations?

a)

The frequency of furless rabbits increased while the frequency of rabbits with fur decreased.

b)

The frequency of rabbits with fur increased while the frequency of furless rabbits decreased.

c)

Both furless rabbits and rabbits with fur frequencies remained constant.

d)

Both furless rabbits and rabbits with fur frequencies increased.

33.

How does the environment impact the change of organism traits over time?

a)

The environment has no impact on the change of organism traits.

b)

The environment causes random changes in organism traits.

c)

The environment can favor certain traits, leading to changes in their frequency over time.

d)

The environment only impacts the physical traits of organisms.

34.

Who is more closely related?

a)

angel fish and frog

b)

crocodile and platypus

c)

kangaroo and elephant

d)

they are all equally related

35.

What is the RNA transcription of the following DNA sequence: GATACCG

a)

CGGTATC

b)

CTATGGC

c)

CUAUGGC

d)

CGGUAUC

36.

Create a zygote, combine sperm and egg

(a)  

37.

If two alleles are the same, both upper case or lower case.

(a)  

38.

Two alleles are different, one upper and one loser case

(a)  

39.

How are cancer cells different from normal cells?

a)

Ignore cell signals to slow division

b)

Ignore apoptosis(cell death)

c)

Pull resources from healthy tissue (angiogenesis)

d)

All are true

40.

Choose the testable question

a)

Why do elephants have tusks?

b)

How do bees buzz?

c)

If a bird sings, are they happy?

d)

If a spider builds a larger web, will they catch more flies?

41.

If fish have a thinner body, what is the impact on how far they can swim upstream?

a)

IV: color of fish

b)

IV: how far they can swim

c)

IV: body size

d)

IV: stream length

42.

-Time to water (every 8hrs)

-Amount of water (10mL)

-Amount of seeds (3)

This type of variable is called (a)  

43.

Which of the following is NOT a type of evidence for evolution?

a)

Living environment

b)

DNA

c)

Skeletal structures

d)

Vestigial Structures

44.

A pedigree has the trait present in every generation. The mode of inheritance is most likely..

(a)  

45.

A pedigree is drawn and the trait skips the 2nd and 4th generation. It is likely the inheritance pattern is...

(a)  

46.

On a pedigree you notice that there must be father to son transmission even though the trait skips a generation... the inheritance pattern is:

(a)  

47.

Inheritance Pattern: Both traits are represented, there is no blending of traits.

(a)  

48.

Inheritance pattern: Trait is found on the X chromosome only, there is no father to son transission

(a)  

49.

In snap dragons, flowers can be white, red or pink. This is an example of...

a)

Mendelian dominance

b)

Codominance

c)

Incomplete dominance

d)

Polygenics