wayground logo

Free Printable Worksheets

Font size

S
M
L
XL
Worksheets

ECMO Pre-Quiz

Total questions: 33

Worksheet time: 25mins

Name
Class
Date
1.

In what forms is oxygen transported in the bloodstream?

a)

bound to hemoglobin in red blood cells

b)

attached to platelets

c)

dissolved in the blood plasma

d)

combined with carbon dioxide

2.

How do you calculate the oxygen content in arterial blood?

a)
Oxygen Content (CaO2) = (1.34 x Hb x SaO2) + (0.003 x PaO2)
b)
Oxygen Content = 0.003 x Hb x SaO2
c)
Oxygen Content = PaO2 - Hb
d)
Oxygen Content = Hb + SaO2
3.

CO2 is transported –

a)

By RBC

b)

As bicarbonates

c)

In a dissolved state through plasma

d)

All

4.

How is oxygen delivery to tissues calculated?

a)
DO2 = CO x CvO2
b)
DO2 = CO x CaO2
c)
DO2 = VO2 x CaO2
d)
DO2 = HR x CaO2
5.

What part of the heart delivers richly oxygenated blood to the body?

a)

Tricuspid Valve

b)

Superior Vena Cava

c)

Aorta

d)

Pulmonary artery

6.

What part of the heart delivers unoxygenated blood to the lungs?

a)

Pulmonary artery

b)

Pulmonary Vein

c)

Aorta

d)

Left Ventricle

7.

True or False:

The inferior vena cava carries deoxygenated blood. 

a)

True

b)

False

8.

Structure 1 in the picture is the _______

a)

right atrium

b)

left atrium

c)

right ventricle

d)

left ventricle

9.

Structure 2 in the picture is the _______

a)

right atrium

b)

left atrium

c)

right ventricle

d)

left ventricle

10.

Structure 5 in the picture is the ______

a)

pulmonary artery

b)

pulmonary vein

c)

aorta

d)

vena cava

11.

Structure 7 in the picture is the _______

a)

pulmonary artery

b)

pulmonary vein

c)

inferior vena cava

d)

superior vena cava

12.

Structure A in the picture is the _______

a)

tricuspid valve

b)

biscuspid valve

c)

aortic valve

d)

pulmonary valve

13.

Structure B is the ______

a)

tricuspid valve

b)

pulmonary valve

c)

aortic valve

d)

mitral valve

14.

Structure C in the picture is the ______

a)

tricuspid valve

b)

bicuspid valve

c)

pulmonary valve

d)

aortic valve

15.

Structure D in the picture is the ______

a)

bicuspid valve

b)

tricuspid valve

c)

aortic valve

d)

pulmonary valve

16.

What is stroke volume?

a)

the volume of oxygen transported in the blood

b)

the volume of blood pumped out of the heart each minute

c)

the volume of blood pumped out of the heart in each beat

d)

the number of beats per minute

17.

The blood vessels which carry oxygenated blood

a)

Vein

b)

Artery

c)

Both

d)

None

18.
Blood in the inferior vena cava is
a)
high in oxygen, low in carbon dioxide
b)
high in oxygen, high in carbon dioxide
c)
low in oxygen, low in carbon dioxide
d)
low in oxygen, high in carbon dioxide
19.
Blood in the pulmonary vein is
a)
high in oxygen, low in carbon dioxide
b)
high in oxygen, high in carbon dioxide
c)
low in oxygen, low in carbon dioxide
d)
low in oxygen, high in carbon dioxide
20.
When the right ventricle contracts blood is pumped to what structure?
a)
Left Atrium
b)
Pulmonary Artery
c)
the body
21.

The amount of force placed on the walls of your arteries as your heart pumps (contracts and then relaxes) is called

a)

blood pressure.

b)

blood volume.

c)

blood viscosity.

d)

heart rate (pulse).

22.

High temperature decreases hemoglobin's affinity for oxygen

a)

True

b)

false

23.

In which blood vessels connected to the heart does the blood have the lowest carbon dioxide concentration?

a)

Pulmonary vein

b)

Vena cava

c)

Pulmonary artery

d)

Coronary vein

24.

Hemoglobin must have _____ for oxygen to bind properly

a)

Calcium

b)

Iron

c)

Carbon Dioxide

d)

A GED

25.

What are the 3 pathophysiological mechanism of hypotension

a)

Decreased Preload

b)

Hypoventilation

c)

Decreased cardiac function

d)

Decreased systemic vascular resistance

26.

A decrease in systemic vascular resistance can be treated with:

a)

vasopressors

b)

positive inotropes

c)

ace-inhibitors

d)

intravenous fluid

27.

The amount of blood (mL) coming from one ventricle in one minute is called:

a)

the preload

b)

the afterload

c)

the stroke volume

d)

the cardiac output

28.

afterload is

a)

degree of stretch of heart muscle

b)

pressure the ventricles must overcome to eject blood

c)

pressure the atria must overcome to eject blood

d)

the amount of blood remaining after contraction

29.

preload is

a)

pressure the aria must overcome to eject blood

b)

pressure the ventricles must overcome to eject blood

c)

the amount of blood before contraction

d)

degree of stretch of heart muscle

30.

A patient presents with shortness of breath, hematemesis, and diarrhea. They're tachypneic, hypotensive, and tachycardic. The arterial oxygen saturation (SaO2) is reading 88%, hemoglobin is 8 g/dL, and PaO2 is 58 mmHg. What is the patient's arterial oxygen content (CaO2)?

a)

15.34 mL O2/dL of blood

b)

9.61 mL O2/dL of blood

c)

5.64 mL O2/dL of blood

d)

20.23 mL O2/dL of blood

31.

How does the body respond when more oxygen is required?

a)

Decreasing heart rate

b)

Increasing heart rate

c)

Decreasing blood pressure

d)

Increasing blood pressure

32.

The function of valves in the human circulatory system is to

a)

stimulate the heart beat.

b)

accelerate the flow of blood.

c)

prevent the backward flow of blood.

d)

serve as a cushion to prevent friction

33.

Which of the following conditions could result in an elevated CVP reading?

a)

Dehydration

b)

Hypovolemia

c)

Cardiac arrest

d)

Hypervolemia