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Worksheets

Cardiovascular Test Review

Total questions: 52

Worksheet time: 41mins

Name
Class
Date
1.

Which of the following is the function of the cardiovascular system?

a)

regulating body temperature and fluid volume

b)

preventing infection

c)

transporting hormones and wastes

d)

all of these are functions of the cardiovascular system

2.

All of the following are formed elements of the blood except:

a)

plasma

b)

erythrocytes

c)

thrombocytes

d)

leukocytes

3.

Which of the following components of blood makes up the smallest percentage by volume?

a)

plasma

b)

erythrocytes

c)

leukocytes & thrombocytes

4.

An erythrocyte is more commonly known as

a)

a white blood cell

b)

a red blood cell

c)

a platelet

d)

hemoglobin

5.

Blood plasma is mostly made of

a)

water

b)

granules

c)

oxygen

d)

hemoglobin

6.

The cell above is responsible for releasing histamines, which dilate blood vessels during an allergic attack.  It is categorized as a(n) __________________ and is called a(n) _____________.

a)

granulocyte, lymphocyte

b)

agranulocyte, monocyte

c)

granulocyte, basophil

d)

agranulocyte, eosinophil

7.

A single hemoglobin molecule can carry _____ oxygen molecules and each red blood cell can carry _________ hemoglobin proteins.

a)

4, millions of

b)

4, 100

c)

millions of, 4

d)

millions of, 100

8.

Because oxygen is nonpolar,

a)

It must be absorbed by the lymphocytes

b)

It must diffuse directly into the blood

c)

It must be eliminated quickly

d)

It must be carried by hemoglobin

9.

The process of hemostasis is completed by which type of cells?

a)

white blood cells

b)

red blood cells

c)

platelets

d)

plasmas

10.

Which of the following is NOT true of hematopoiesis?

a)

It occurs in the red bone marrow of adults

b)

It begins with a monocyte

c)

It is stimulated by epinephrine

d)

It causes the differentiation of all types of blood cells

11.

The hormone that stimulates platelet formation is

a)

erythropoietin

b)

interleukin

c)

thrombopoietin

12.

Which of the following is the first step of hemostasis:

a)

A fibrin mesh is formed

b)

The blood vessel contracts

c)

Platelets are activated

13.

An individual with B+ blood would have what on their erythrocytes?

a)

B antigens & no Rh antigens

b)

B antibodies & no Rh antigens

c)

B antigens & Rh antigens

d)

B antibodies & Rh antigens

14.

A person with Type A blood needs a blood transfusion.  Which blood types are safe to provide to her?

a)

A blood only

b)

A and O blood

c)

B and O blood

d)

O blood only

15.

Which is a possible genotype for an individual with B blood?

a)

IAi

b)

IBIB

c)

ii

d)

IAIB

16.

The pericardium around the heart is responsible for

a)

opening and closing the heart valves

b)

creating the heart beat

c)

reducing friction around the heart

d)

bringing oxygen in from the lungs

17.

The real work of the heart contractions is done by which layer?

a)

epicardium

b)

pericardium

c)

endocardium

d)

myocardium

18.

The human cardiovascular system has two loops.  Which loop takes blood from the heart to the body tissues and back?

a)

pulmonary loop

b)

coronary loop

c)

systemic loop

d)

systolic loop

19.

Which type of blood vessel contains blood at the highest pressure?

a)

veins

b)

arteries

c)

capillaries

d)

shunts

20.

Blood passes from the legs into the ____________ vena cava and then into the _____________.

a)

inferior, right atrium

b)

inferior, left atrium

c)

superior, right atrium

d)

superior, left atrium

21.

The major blood vessel that carries oxygenated blood away from the heart is the

a)

vena cava

b)

aorta

c)

pulmonary artery

d)

pulmonary vein

22.

An embolus is a free-floating clot while a thrombus is attached

a)

True

b)

False

23.

Which of the following is the correct sequence for the intrinsic conduction system?

a)

SA node -> AV node -> AV bundles -> Purkinje fibers -> bundle branches

b)

AV node -> AV bundles -> SA node -> bundle branches -> Purkinje fibers

c)

AV node -> AV bundles -> Purkinje fibers -> bundle branches -> SA node

d)

SA node -> AV node -> AV bundles -> bundle branches -> Purkinje fibers

24.

Which of the following chambers of the heart are involved in the “ejection phase” of the cardiac cycle?

a)

right atrium and left atrium

b)

right ventricle and left ventricle

c)

right atrium and right ventricle

d)

left atrium and left ventricle

25.

Which is the correct formula for calculating cardiac output?

a)

cardiac output = stroke volume + heart rate

b)

cardiac output = stroke volume – heart rate

c)

cardiac output = stroke volume x heart rate

d)

cardiac output = stroke volume/heart rate

26.

Three tissue layers are found in:

a)

the arteries

b)

the veins

c)

the arteries and veins

d)

the capillaries

27.

After eating a meal, your hands and feet feel cold because blood is being directed to your stomach.  How does this occur?

a)

The capillary sphincters restrict blood flow from the shunt to the true capillaries

b)

The shunt restricts blood flow from the capillary sphincters to the true capillaries

c)

The capillary sphincters restrict blood flow from the true capillaries to the shunt

d)

The shunt restricts blood flow from the true capillaries to the capillary sphincters

28.

Also called the cardiac pacemaker

a)

Negative feedback loop

b)

Sinoatrial node

c)

Diastole

d)

Valves

e)

Septum

29.

Externally covers an atrium

a)

Diastole

b)

Valves

c)

Septum

d)

Auricle

e)

Systole

30.

Caused by dropping blood oxygen levels

a)

Negative feedback loop

b)

Sinoatrial node

c)

Diastole

d)

Valves

e)

Septum

31.

The contraction portion of the cardiac cycle

a)

Diastole

b)

Valves

c)

Septum

d)

Auricle

e)

Systole

32.

The relaxation portion of the cardiac cycle

a)

Diastole

b)

Valves

c)

Septum

d)

Auricle

e)

Systole

33.

Divides the deoxygenated and oxygenated blood

a)

Diastole

b)

Valves

c)

Septum

d)

Auricle

e)

Systole

34.

Prevents the backflow of blood

a)

Diastole

b)

Valves

c)

Septum

d)

Auricle

e)

Systole

35.

Pulmonary veins

a)

E

b)

F

c)

G

d)

H

e)

I

36.

Septum

a)

E

b)

F

c)

G

d)

H

e)

I

37.

Left atrium

a)

E

b)

F

c)

G

d)

H

e)

I

38.

Aorta

a)

E

b)

F

c)

G

d)

H

e)

I

39.

Pulmonary arteries

a)

E

b)

F

c)

G

d)

H

e)

I

40.

Tricuspid valve

a)

A

b)

B

c)

C

d)

D

e)

E

41.

Right atrium

a)

A

b)

B

c)

C

d)

D

e)

E

42.

Right ventricle

a)

A

b)

B

c)

C

d)

D

e)

E

43.

Superior vena cava

a)

A

b)

B

c)

C

d)

D

e)

E

44.

Bicuspid/mitral valve

a)

G

b)

H

c)

I

d)

J

e)

K

45.

Left Ventricle

a)

G

b)

H

c)

I

d)

J

e)

K

46.

Left atrium

a)

G

b)

H

c)

I

d)

J

e)

K

47.

Name 2 ways in which the structure of an erythrocyte complements its function.

4 lines
48.

Describe the structure of a hemoglobin protein.

4 lines
49.

Name 3 differences between red blood cells and white blood cells.

4 lines
50.

List the layers of the pericardium from outermost to innermost.

4 lines
51.

List the layers of the heart wall from outermost to innermost.

4 lines
52.

Name one event that can alter stroke volume and one event that can alter heart rate.  Make sure to designate which is which.

4 lines