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EMR CH 5 Intro to Pathophysiology

Total questions: 35

Worksheet time: 18mins

Name
Class
Date
1.

The study of how disease processes affect the function of the body is called:

a)

biology

b)

anatomy

c)

pathophysiology

d)

hematology

2.

The most basic unit of the human body is the:

a)

atom

b)

cell

c)

organ

d)

neuron

3.

The outer, protective layer of the cell that allows for the movement of water and other substances into & out of the cell is called the:

a)

mitochondria

b)

ribosomes

c)

nucleus

d)

cell membrane

4.

During normal metabolism, the cell converts _____ into energy to power its normal functions.

a)

oxygen

b)

glycogen

c)

glucose

d)

cytoplasm

5.

During ______ metabolism, there is an adequate supply of oxygen for the creation of energy in the human body.

a)

chronic

b)

aerobic

c)

anaerobic

d)

anemic

6.

During anaerobic metabolism, there is a lack of ____ which causes much less energy to be created and more toxic byproducts.

a)

cell nucleus

b)

glucose

c)

carbon dioxide

d)

oxygen

7.

One of the byproducts of normal metabolism, that gets removed by exhaling (breathing out) is:

a)

oxygen

b)

carbon dioxide

c)

energy

d)

air

8.

Why is anaerobic metabolism unhealthy for the human body?

a)

the byproducts are carbon dioxide and water, which are dangerous

b)

it affects the fluid balance of the cells and cell membranes stop working

c)

the byproducts include lactic acid which can cause a toxic environment for the cells

d)

it produces heat and carbon monoxide which is dangerous to the cell

9.

Water is necessary for life. How is it introduced into the body?

a)

during mitosis and the creation of cells in the womb

b)

by drinking fluids

c)

by absorption through the skin

d)

by breathing it in from the environment

10.

The abnormal decrease (reduction) in the total amount of water/fluid in the body is called:

a)

dehydration

b)

sweating

c)

diarrhea

d)

vomiting

11.

Edema is most appropriately defined as

a)

an electrolyte imbalance

b)

dehydration

c)

swelling

d)

hypoglycemia

12.

The air we breathe in (ambient room air) from the room/outside has approximately ______ oxygen.

a)

100%

b)

50%

c)

21%

d)

11%

13.

All of the followings are causes of an upper respiratory obstruction EXCEPT:

a)

loss of control of the muscles of the tongue and soft tissues in the mouth

b)

trauma or burns

c)

foreign body obstruction

d)

bronchoconstriction

14.

The primary muscle of breathing is

a)

intercostal muscles in between ribs

b)

sternocleidomastoid, in the neck

c)

diaphragm, separating abdomen from chest

d)

abdominal muscles

15.

Fluids within the body is found in each of the following areas except:

a)

outside the cells

b)

inside the cells

c)

inside the lungs

d)

inside the vessels

16.

A breathing rate that is too slow will result in an excess buildup of ____ in the blood.

a)

oxygen

b)

carbon dioxide

c)

water

d)

cytoplasm

17.

Which of the following would be a predicatble response of the body to hypoperfusion (shock)?

a)

decreased (lower) respiratory rate

b)

increased (faster) respiratory rate

c)

vasodilation (vessels get wider in diameter)

d)

pupil constriction

18.

How much tidal volume stays in the body between an adult's mouth and alveoli as dead air space?

a)

50%

b)

21 mL

c)

150 mL

d)

21%

19.

Breathing is controlled by an area in the _____ called the ______.

a)

brain, medulla oblongata

b)

heart, aorta

c)

brain, cerebellum

d)

heart, inferior vena cava

20.

A toddler is assessed by an EMR and is suspected of experiencing hypoperfusion (shock) because his capillary refill time is delayed. What is this most likely caused by?

a)

vasodilation (vessels get larger)

b)

cold room temperature

c)

medicine he has been taking

d)

vasoconstriction (vessels get smaller)

21.

When the regular delivery of oxygen and nutrients to the cell is disrupted, the patient is in a state of:

a)

hypoperfusion (shock)

b)

pneumothorax

c)

stroke

d)

hypotension

22.

The smallest vessel that carries deoxygenated blood is called a(n):

a)

artery

b)

arteriole

c)

vein

d)

venule

23.

Stimulation of the sympathetic nervous system will result in all of the following EXCEPT:

a)

increased heart rate

b)

increased respiratory rate

c)

constriction of vessels

d)

decreased heart rate

24.

When the diaphragm contracts and the chest expands (during breathing), the pressure inside the chest:

a)

stays the same

b)

decreases and air rushes in

c)

increases and air rushes in

d)

decreases and air rushes out

25.

All cells require a constant supply of glucose, ____, & oxygen.

a)

water

b)

glycogen

c)

cytoplasm

d)

blood

26.

Anaerobic metabolism in a cell produces a toxic acid in the body as it tries to create energy without oxygen, called:

a)

glycogen

b)

acetic acid

c)

lactic acid

d)

sodium hydroxide

27.

Bleeding inside the chest that causes a lung to collapse away from the chest wall is called:

a)

pneumothorax

b)

hemorrhage

c)

pulmonary edema

d)

hemothorax

28.

The tiny blood vessels that allow substances to move in and out of the blood stream, like oxygen and carbon dioxide, are called:

a)

aortas

b)

bronchioles

c)

veins

d)

capillaries

29.

The volume of blood that is ejected from the left ventricle with each contraction is known as:

a)

cardiac output

b)

stroke volume

c)

respiratory volume

d)

minute output

30.

What effect does "bradycardia" have on cardiac output?

a)

no change in output

b)

decreases cardiac output because the rate is too slow

c)

increases cardiac output because the rate is too fast

d)

decreases cardiac output because the rate is too fast

31.

What is another term for "high blood pressure?"

a)

bradycardia

b)

tachycardia

c)

hypertension

d)

hypotension

32.

The "fight-or-flight" response is the result of the:

a)

parasympathetic nervous system

b)

central nervous system

c)

peripheral nervous system

d)

sympathetic nervous system

33.

The body trying to fix or correct itself when something goes wrong is called:

a)

compensation

b)

fight-or-flight

c)

hypertension

d)

perfusion

34.

Children compensate for shock differently than adults. Which one of the following is the most considered indicator of shock in a pediatric patient?

a)

vomitting

b)

tachycardia

c)

warm skin

d)

poor capillary refill

35.

If you trace the path of blood flow to & through the heart, where does the unoxygenated blood enter the heart on its path to lungs for oxygen?

a)

top right side (atrium)

b)

bottom right side (ventricle)

c)

top left side (atrium)

d)

bottom left side (ventricles)