PATHO 370 MIDTERM EXAM
QUESTIONS AND
ANSWERS/WEST COAST
UNIVERSITY
[Document subtitle]
[DATE]
[COMPANY NAME]
[Company address]
, MIDTERM EXAM
• Question 1
0 out of 0 points
Gas exchange occurs in which of the respiratory system's structures?
Selected
Answer: Trache
a
Correct
Answer: Alveoli
Response The alveoli allow air to come in indirect contact with the
Feedback: bloodstream through the pulmonary capillary system.
This alveolar membrane, which is one cell thick, allows
carbon dioxide to diffuse into the alveoli from the
bloodstream and oxygen to diffuse to the bloodstream
from the alveoli. Sinuses are hollow spaces found in the
skull. The trachea is a structure that allows passage of
gases to and from the gas exchange units (alveoli).
Bronchi are branches of the conducting airways that
allow passage of gases to and from the gas exchange
units (alveoli).
• Question 2
0 out of 0 points
A patient with heart failure reports awakening intermittently with
shortness of breath. Which terms appropriately describes this clinical
manifestation?
Selected
Answer: Dyspnea
Correct
Answer: Paroxysmal
nocturnal
Response Paroxysmal nocturnal dyspnea refers to intermittent
Feedback: attacks of severe dyspnea that occur during the night.
Dyspnea is a general term referring to difficulty
breathing. Cyanosis is the appearance of a blue or purple
coloration of the skin or mucous membranes due to the
, tissues near the skin surface being low on oxygen.
Bradypnea describes abnormal slowness of breathing.
• Question 3
0 out of 0 points
What factor causes a congenital heart disease to produce cyanosis?
Selected
Answer: Left-to-right shunting of
blood
Correct
Answer: Right-to-left shunting of
blood
Response Disorders that result in right-to-left shunting cause
Feedback: cyanosis. A left-to-right shunt occurs when oxygenated
blood from the left side of the heart or aorta flows back
into the right side to be recirculated through the lungs.
The blood reaching the systemic circulation is
oxygenated and the infant is not cyanotic (acyanotic
defect). However, the right side of the heart has an
increased workload because of the extra shunt blood. In
time, the overload of the right side of the heart can result
in right ventricular hypertrophy and high right-sided heart
pressures. Large ventricular septal defects may be
apparent at birth because of rapidly developing right-
sided heart failure and a loud systolic murmur. The
majority of atrial septal defects occur at the location of
the foramen ovale. The abnormal septal opening may be
of variable size. Small defects (1 cm) are well tolerated.
Even larger atrial septal defects may be asymptomatic
for many years as long as the shunt flow is left to right
and therefore acyanotic.
• Question 4
0 out of 0 points
A patient education intervention that will help decrease the
emergence of resistant infections is to instruct the patient to
Selected
Answer: Take all the antibiotics ordered even if feeling well after
a few days to prevent antibiotic defiant bacteria
, Correct
Answer: Take all the antibiotics ordered even if feeling well after
a few days to prevent antibiotic defiant bacteria
Response The patient should take all the antibiotics ordered, even if
Feedback feeling better, to eradicate the moderately resistant
: microorganisms. Viruses are not impacted by
antibacterial medications. Sharing antibiotics indicates
that the full course of the medication isn’t being taken,
and so contributing to the development of resistant
microorganisms. If medication is stopped prematurely,
moderately resistant organisms are selected for and
become the predominant species, making it more difficult
to eradicate next time.
• Question 5
0 out of 0 points
Cellular hypoxia results in
Selected
Answer: Failure of the sodium-potassium
pump
Correct
Answer: Failure of the sodium-potassium
pump
Response Hypoxia is a loss of oxygen to the cell that causes ATP
Feedback: activity to cease. ATP provides the power required to
drive the sodium-potassium pump. pH decreases in
hypoxia (respiratory acidosis). Hypoxia is a loss of oxygen
to the cell that causes ATP activity to cease. Deposits of
calcium salts occur in conditions of altered calcium
intake, excretion, or metabolism.
• Question 6
0 out of 0 points
What is the underlying problem common among all types of shock?
Selected
Answer: Generalized vasodilation
Correct
Answer: Inadequate cellular
QUESTIONS AND
ANSWERS/WEST COAST
UNIVERSITY
[Document subtitle]
[DATE]
[COMPANY NAME]
[Company address]
, MIDTERM EXAM
• Question 1
0 out of 0 points
Gas exchange occurs in which of the respiratory system's structures?
Selected
Answer: Trache
a
Correct
Answer: Alveoli
Response The alveoli allow air to come in indirect contact with the
Feedback: bloodstream through the pulmonary capillary system.
This alveolar membrane, which is one cell thick, allows
carbon dioxide to diffuse into the alveoli from the
bloodstream and oxygen to diffuse to the bloodstream
from the alveoli. Sinuses are hollow spaces found in the
skull. The trachea is a structure that allows passage of
gases to and from the gas exchange units (alveoli).
Bronchi are branches of the conducting airways that
allow passage of gases to and from the gas exchange
units (alveoli).
• Question 2
0 out of 0 points
A patient with heart failure reports awakening intermittently with
shortness of breath. Which terms appropriately describes this clinical
manifestation?
Selected
Answer: Dyspnea
Correct
Answer: Paroxysmal
nocturnal
Response Paroxysmal nocturnal dyspnea refers to intermittent
Feedback: attacks of severe dyspnea that occur during the night.
Dyspnea is a general term referring to difficulty
breathing. Cyanosis is the appearance of a blue or purple
coloration of the skin or mucous membranes due to the
, tissues near the skin surface being low on oxygen.
Bradypnea describes abnormal slowness of breathing.
• Question 3
0 out of 0 points
What factor causes a congenital heart disease to produce cyanosis?
Selected
Answer: Left-to-right shunting of
blood
Correct
Answer: Right-to-left shunting of
blood
Response Disorders that result in right-to-left shunting cause
Feedback: cyanosis. A left-to-right shunt occurs when oxygenated
blood from the left side of the heart or aorta flows back
into the right side to be recirculated through the lungs.
The blood reaching the systemic circulation is
oxygenated and the infant is not cyanotic (acyanotic
defect). However, the right side of the heart has an
increased workload because of the extra shunt blood. In
time, the overload of the right side of the heart can result
in right ventricular hypertrophy and high right-sided heart
pressures. Large ventricular septal defects may be
apparent at birth because of rapidly developing right-
sided heart failure and a loud systolic murmur. The
majority of atrial septal defects occur at the location of
the foramen ovale. The abnormal septal opening may be
of variable size. Small defects (1 cm) are well tolerated.
Even larger atrial septal defects may be asymptomatic
for many years as long as the shunt flow is left to right
and therefore acyanotic.
• Question 4
0 out of 0 points
A patient education intervention that will help decrease the
emergence of resistant infections is to instruct the patient to
Selected
Answer: Take all the antibiotics ordered even if feeling well after
a few days to prevent antibiotic defiant bacteria
, Correct
Answer: Take all the antibiotics ordered even if feeling well after
a few days to prevent antibiotic defiant bacteria
Response The patient should take all the antibiotics ordered, even if
Feedback feeling better, to eradicate the moderately resistant
: microorganisms. Viruses are not impacted by
antibacterial medications. Sharing antibiotics indicates
that the full course of the medication isn’t being taken,
and so contributing to the development of resistant
microorganisms. If medication is stopped prematurely,
moderately resistant organisms are selected for and
become the predominant species, making it more difficult
to eradicate next time.
• Question 5
0 out of 0 points
Cellular hypoxia results in
Selected
Answer: Failure of the sodium-potassium
pump
Correct
Answer: Failure of the sodium-potassium
pump
Response Hypoxia is a loss of oxygen to the cell that causes ATP
Feedback: activity to cease. ATP provides the power required to
drive the sodium-potassium pump. pH decreases in
hypoxia (respiratory acidosis). Hypoxia is a loss of oxygen
to the cell that causes ATP activity to cease. Deposits of
calcium salts occur in conditions of altered calcium
intake, excretion, or metabolism.
• Question 6
0 out of 0 points
What is the underlying problem common among all types of shock?
Selected
Answer: Generalized vasodilation
Correct
Answer: Inadequate cellular
