Deck 19: The Respiratory System

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Question
Which of the following is a thin-walled, rounded chamber surrounded by a vast network of capillaries?

A) surfactant
B) alveolus
C) diaphragm
D) glottis
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Question
Which of the following is a significant function of the nose?

A) conditioning of inhaled air
B) gas exchange
C) equilibrium
D) carbonic anhydrase activity
Question
Giovanni is resting peacefully after a long day of hard work. Assuming he is otherwise healthy, what would be the volume of his ventilations?

A) 500 ml
B) 1900 to 3300 ml
C) 4500 to 6000 ml
D) 1100 to 1200 ml
Question
The process in which the intercostal muscles contract, pulling the rib cage upward and outward and causing the lungs to inflate, is called ________.

A) inspiration
B) expiration
C) exhalation
D) deflation
Question
Sometimes premature babies suffer from respiratory distress syndrome. What substance would you administer in a breathing tube to the infant?

A) antibiotics
B) anti-inflammatory drugs
C) surfactant
D) hydrocortisone
Question
The maximum amount of air that can be moved into and out of the lungs during forceful breathing is called ________.

A) tidal volume
B) residual volume
C) vital capacity
D) total lung capacity
Question
The organ(s) of the respiratory system that contain alveoli is (are) ________.

A) bronchioles
B) bronchi
C) the glottis
D) lungs
Question
People who fight forest fires for a living might have trouble blowing out the candles on their birthday cake because their ________ is reduced.

A) tidal volume
B) expiratory reserve volume
C) residual volume
D) vision
Question
The amount of air that remains in the lungs after the person exhales as much air as possible is called the ________.

A) vital capacity
B) expiration
C) residual volume
D) tidal volume
Question
When a person has laryngitis, he or she cannot speak. What must happen to permit normal speech?

A) Inflammation in the bronchioles has to go down before enough air can enter the lungs.
B) The swelling of the vocal cords must decrease so they can vibrate normally.
C) Inflammation in the trachea has to go down before enough air can enter the lungs.
D) The epiglottis must cover the glottis.
Question
The exchange of oxygen and carbon dioxide between the blood and the lungs is called ________.

A) inspiration
B) external respiration
C) exhalation
D) internal respiration
Question
What would happen if the trachea did not have cartilaginous rings?

A) Incoming air would not undergo filtration.
B) Incoming air would not be humidified.
C) Sense of smell would be lost, and food would taste funny.
D) The trachea would collapse.
Question
Phospholipid molecules that prevent the alveoli from collapsing are known as ________.

A) laryngitis
B) surfactant
C) mucus
D) plasma
Question
Gloria was enjoying a soft drink but started to choke because this structure did not cover the opening in the larynx through which air passes.

A) larynx
B) glottis
C) pharynx
D) epiglottis
Question
Inflammation of the mucous membranes of the sinuses is called ________.

A) asthma
B) sinusitis
C) respiratory distress syndrome
D) laryngitis
Question
The amount of air inhaled or exhaled during a normal breath is ________.

A) vital capacity
B) residual volume
C) tidal volume
D) total lung capacity
Question
You are at a restaurant, and a man starts to choke on a piece of steak. What must be done?

A) Heimlich maneuver
B) coughing
C) a hiccup
D) swallowing again
Question
Cockroach feces and shed skins can cause a severe inflammatory response in the bronchioles and muscle spasms in the bronchiole smooth muscles. This disorder is known as ________.

A) laryngitis
B) emphysema
C) asthma
D) TB
Question
Which enzyme speeds up the formation of carbonic acid from carbon dioxide and water?

A) cyclo-oxygenase
B) hydrogenase
C) carboxylase
D) carbonic anhydrase
Question
Many people, when they have a sinus headache, often use decongestant nasal sprays. Why are such sprays useful?

A) They reduce swelling, allowing the sinuses to drain.
B) They reduce the symptoms of sore throat inflammation, which exacerbates the pain.
C) They dry out the breathing passageways in the pharynx, making it easier to breathe.
D) They have a pain-blocking effect in the brain.
Question
A man is standing in line behind you, and you notice that he is coughing up bloody phlegm. He seems underweight and fatigued. Which of the following is the most likely diagnosis given the information in this chapter?

A) a cold
B) asthma
C) tuberculosis
D) heart disease
Question
The ________ is the space behind the nose and the mouth, which most people call the throat.
Question
Gene has a sore throat with a 101°F fever, coated tonsils, and swollen glands. He should really see a doctor because the bacteria may eventually cause ________ within his body.

A) disease of the heart valves associated with rheumatic fever
B) asthma
C) emphysema
D) mesothelioma
Question
The condition in which walls of the alveoli break down, thereby creating fewer and larger chambers, is called ________.

A) bronchitis
B) emphysema
C) TB
D) influenza
Question
Influenza infections themselves are usually more annoying than deadly, but the flu can be accompanied by which of the following more serious secondary infections?

A) ear infections
B) pneumonia
C) bronchitis
D) All of the above could be caused by a secondary infection after the flu.
Question
Of the two lungs, the one on the left is usually smaller than the one on the right. This provides space for the ________.
Question
The term ________ is used to describe moving oxygen-rich air into the lungs and carbon dioxide-laden air away from the lungs.
Question
The opening of the larynx is called the ________. It is covered by the epiglottis, which prevents food or objects from blocking the airway.
Question
The ________ is a thin portion of cartilage and bone that divides the inside of the nose.
Question
During exercise, O2 is depleted in muscle tissue. What effect would this have on internal respiration?

A) There would be increased diffusion of O2 out of the blood and into the muscle tissue.
B) There would be decreased diffusion of O2 out of the blood and into the muscle tissue.
C) There would be increased diffusion of O2 out of the blood and into the lungs.
D) There would be decreased diffusion of O2 out of the blood and into the muscle tissue and a decrease in heart rate to bring more O2 to the exercising muscle.
Question
The voice-producing structure located in the throat is known as the ________.
Question
The pitch of the voice depends on the tension of the ________.
Question
The ________ connects the larynx with the bronchi.
Question
________ are tiny chambers within the lungs that allow for gas exchange.
Question
A sharp blow to the stomach can "knock the wind out of you." This temporarily paralyzes the diaphragm, making it hard to breathe. Aside from a lack of oxygen making you pass out, what effect would this have on blood pH?

A) O2 would build up in the blood, making it more basic.
B) CO2 would build up in the blood, making it more basic.
C) O2 would build up in the blood, making it more acidic.
D) CO2 would build up in the blood, making it more acidic.
Question
A person with this lung disease experiences a loss of elastic tissue, which makes it hard to exhale.

A) pneumonia
B) tuberculosis
C) emphysema
D) influenza
Question
Two large, open spaces called the ________ contain three convoluted shelflike bones that increase the surface area for conditioning inhaled air.
Question
When a person is exercising, CO2 builds up in the blood. What effect would this have on external respiration?

A) There would be increased diffusion of CO2 out of the blood and into the lungs and increased ventilation to move it out of the body.
B) There would be decreased diffusion of CO2 out of the blood and into the lungs and increased ventilation to move it out of the body.
C) There would be increased diffusion of CO2 out of the blood and into the lungs and decreased ventilation to move it out of the body.
D) There would be decreased diffusion of CO2 out of the blood and into the lungs and decreased ventilation to move it out of the body.
Question
A rise in the blood concentration of hydrogen ions will make the blood more acidic and cause a(n) ________ to restore homeostasis.

A) increased vagus nerve impulse
B) relaxation of the diaphragm
C) increased breathing rate
D) decreased breathing rate
Question
This is a name for a group of conditions that make it difficult to breathe. This group of conditions is most commonly caused by smoking.

A) influenza
B) tuberculosis
C) chronic obstructive pulmonary disease
D) asthma
Question
The ________ is a viral respiratory disease that is preventable by a yearly vaccination.
Question
Some people breathe primarily through their mouth rather than their nose. Why is this practice a bad idea?
Question
Luz, a woman with a history of asthma, walked by a house and noticed that smoke was pouring out of the basement. Evidently, any smoke detector was either absent or not working because nobody in the home was reacting to the emergency. Luz banged on the front door and threw it open, screaming that there was a fire. The family immediately rushed out, but upon reaching the safety of the front lawn, one of the children said the cat was trapped inside. Luz dashed into the now smoke-filled structure, searched around, found the cat, and emerged with the frightened but safe creature. According to the chapter, what short- and long-term problems will Luz most likely have?
Question
The ________ is the total volume of air contained in the lungs after the deepest possible inhalation and the lungs are totally filled.
Question
The ________ are muscles of the rib cage that contract and therefore increase the size of the thoracic cavity during inhalation.
Question
Tuberculosis (TB) is a reemerging disease that is increasing in the United States because of an increase in the number of immunocompromised patients, such as those with AIDS. Name two factors that make this illness particularly troublesome to track and treat.
Question
________ is an inherited disorder of the lungs. A genetic mutation causes the lungs to produce a thick mucous that clogs air passages.
Question
Exercise can trigger an asthma attack. This is especially true if someone goes for a long run on a cold morning. The two main causes of narrowing of the bronchiole passageways can be treated with drugs that act in different ways. What are the two causes of this narrowing, and how can drugs work to counteract these conditions?
Question
Why is the tuberculosis bacterium so hard to treat and destroy in the body?
Question
Olney was born 2 months premature. According to this chapter, what respiratory problem is he most likely to have, and what can be done to correct it?
Question
What are some of the hazards of smoking? What methods might society employ to try to reduce the number of people exposed to secondhand smoke?
Question
Most carbon dioxide is transported in the blood plasma in the form of ________.
Question
The breathing center is located in the ________ of the brain and is responsible for the basic breathing rhythm.
Question
Why is it not advisable to take antibacterial medicines when you have a cold or the flu?
Question
In a severe allergic reaction, a person's tongue can swell up, effectively blocking the air passageways. An emergency procedure can be performed to restore airflow. Basically, a hole is cut into the passageways below the blockage to allow air to flow into the lungs. What passageway would be best for the surgical hole?
Question
When oxygen is bound to a hemoglobin molecule in the red blood cells, it forms a new molecule called ________.
Question
Match between columns
The portion of the upper respiratory system that provides the passageway for food and air.
Pharynx
The portion of the upper respiratory system that provides the passageway for food and air.
Intercostal muscles
The portion of the upper respiratory system that provides the passageway for food and air.
Diaphragm
The portion of the upper respiratory system that provides the passageway for food and air.
Alveoli
The portion of the upper respiratory system that provides the passageway for food and air.
Sinuses
The portion of the upper respiratory system that provides the passageway for food and air.
Expiratory reserve
The portion of the upper respiratory system that provides the passageway for food and air.
Inspiratory reserve
The portion of the upper respiratory system that provides the passageway for food and air.
Bronchioles
The portion of the upper respiratory system that provides the passageway for food and air.
Trachea
The portion of the upper respiratory system that provides the passageway for food and air.
Cartilage rings
The additional volume of air that can be expelled from the lungs after the tidal volume.
Pharynx
The additional volume of air that can be expelled from the lungs after the tidal volume.
Intercostal muscles
The additional volume of air that can be expelled from the lungs after the tidal volume.
Diaphragm
The additional volume of air that can be expelled from the lungs after the tidal volume.
Alveoli
The additional volume of air that can be expelled from the lungs after the tidal volume.
Sinuses
The additional volume of air that can be expelled from the lungs after the tidal volume.
Expiratory reserve
The additional volume of air that can be expelled from the lungs after the tidal volume.
Inspiratory reserve
The additional volume of air that can be expelled from the lungs after the tidal volume.
Bronchioles
The additional volume of air that can be expelled from the lungs after the tidal volume.
Trachea
The additional volume of air that can be expelled from the lungs after the tidal volume.
Cartilage rings
These muscles contract to help inflate the lungs by moving the ribs.
Pharynx
These muscles contract to help inflate the lungs by moving the ribs.
Intercostal muscles
These muscles contract to help inflate the lungs by moving the ribs.
Diaphragm
These muscles contract to help inflate the lungs by moving the ribs.
Alveoli
These muscles contract to help inflate the lungs by moving the ribs.
Sinuses
These muscles contract to help inflate the lungs by moving the ribs.
Expiratory reserve
These muscles contract to help inflate the lungs by moving the ribs.
Inspiratory reserve
These muscles contract to help inflate the lungs by moving the ribs.
Bronchioles
These muscles contract to help inflate the lungs by moving the ribs.
Trachea
These muscles contract to help inflate the lungs by moving the ribs.
Cartilage rings
C-shaped structures that can be felt below the larynx.
Pharynx
C-shaped structures that can be felt below the larynx.
Intercostal muscles
C-shaped structures that can be felt below the larynx.
Diaphragm
C-shaped structures that can be felt below the larynx.
Alveoli
C-shaped structures that can be felt below the larynx.
Sinuses
C-shaped structures that can be felt below the larynx.
Expiratory reserve
C-shaped structures that can be felt below the larynx.
Inspiratory reserve
C-shaped structures that can be felt below the larynx.
Bronchioles
C-shaped structures that can be felt below the larynx.
Trachea
C-shaped structures that can be felt below the larynx.
Cartilage rings
A sheet of muscle that separates the thoracic cavity and abdominal cavity and helps to inflate the lungs during inhalation.
Pharynx
A sheet of muscle that separates the thoracic cavity and abdominal cavity and helps to inflate the lungs during inhalation.
Intercostal muscles
A sheet of muscle that separates the thoracic cavity and abdominal cavity and helps to inflate the lungs during inhalation.
Diaphragm
A sheet of muscle that separates the thoracic cavity and abdominal cavity and helps to inflate the lungs during inhalation.
Alveoli
A sheet of muscle that separates the thoracic cavity and abdominal cavity and helps to inflate the lungs during inhalation.
Sinuses
A sheet of muscle that separates the thoracic cavity and abdominal cavity and helps to inflate the lungs during inhalation.
Expiratory reserve
A sheet of muscle that separates the thoracic cavity and abdominal cavity and helps to inflate the lungs during inhalation.
Inspiratory reserve
A sheet of muscle that separates the thoracic cavity and abdominal cavity and helps to inflate the lungs during inhalation.
Bronchioles
A sheet of muscle that separates the thoracic cavity and abdominal cavity and helps to inflate the lungs during inhalation.
Trachea
A sheet of muscle that separates the thoracic cavity and abdominal cavity and helps to inflate the lungs during inhalation.
Cartilage rings
The passageway that connects the larynx with the bronchi leading to each lung.
Pharynx
The passageway that connects the larynx with the bronchi leading to each lung.
Intercostal muscles
The passageway that connects the larynx with the bronchi leading to each lung.
Diaphragm
The passageway that connects the larynx with the bronchi leading to each lung.
Alveoli
The passageway that connects the larynx with the bronchi leading to each lung.
Sinuses
The passageway that connects the larynx with the bronchi leading to each lung.
Expiratory reserve
The passageway that connects the larynx with the bronchi leading to each lung.
Inspiratory reserve
The passageway that connects the larynx with the bronchi leading to each lung.
Bronchioles
The passageway that connects the larynx with the bronchi leading to each lung.
Trachea
The passageway that connects the larynx with the bronchi leading to each lung.
Cartilage rings
The cavities in the head that lighten it and warm and moisten the air.
Pharynx
The cavities in the head that lighten it and warm and moisten the air.
Intercostal muscles
The cavities in the head that lighten it and warm and moisten the air.
Diaphragm
The cavities in the head that lighten it and warm and moisten the air.
Alveoli
The cavities in the head that lighten it and warm and moisten the air.
Sinuses
The cavities in the head that lighten it and warm and moisten the air.
Expiratory reserve
The cavities in the head that lighten it and warm and moisten the air.
Inspiratory reserve
The cavities in the head that lighten it and warm and moisten the air.
Bronchioles
The cavities in the head that lighten it and warm and moisten the air.
Trachea
The cavities in the head that lighten it and warm and moisten the air.
Cartilage rings
The additional volume of air that can be brought into the lungs after normal inhalation.
Pharynx
The additional volume of air that can be brought into the lungs after normal inhalation.
Intercostal muscles
The additional volume of air that can be brought into the lungs after normal inhalation.
Diaphragm
The additional volume of air that can be brought into the lungs after normal inhalation.
Alveoli
The additional volume of air that can be brought into the lungs after normal inhalation.
Sinuses
The additional volume of air that can be brought into the lungs after normal inhalation.
Expiratory reserve
The additional volume of air that can be brought into the lungs after normal inhalation.
Inspiratory reserve
The additional volume of air that can be brought into the lungs after normal inhalation.
Bronchioles
The additional volume of air that can be brought into the lungs after normal inhalation.
Trachea
The additional volume of air that can be brought into the lungs after normal inhalation.
Cartilage rings
The narrow passageways that conduct air from bronchi to alveoli.
Pharynx
The narrow passageways that conduct air from bronchi to alveoli.
Intercostal muscles
The narrow passageways that conduct air from bronchi to alveoli.
Diaphragm
The narrow passageways that conduct air from bronchi to alveoli.
Alveoli
The narrow passageways that conduct air from bronchi to alveoli.
Sinuses
The narrow passageways that conduct air from bronchi to alveoli.
Expiratory reserve
The narrow passageways that conduct air from bronchi to alveoli.
Inspiratory reserve
The narrow passageways that conduct air from bronchi to alveoli.
Bronchioles
The narrow passageways that conduct air from bronchi to alveoli.
Trachea
The narrow passageways that conduct air from bronchi to alveoli.
Cartilage rings
The walls of these structures break down with emphysema.
Pharynx
The walls of these structures break down with emphysema.
Intercostal muscles
The walls of these structures break down with emphysema.
Diaphragm
The walls of these structures break down with emphysema.
Alveoli
The walls of these structures break down with emphysema.
Sinuses
The walls of these structures break down with emphysema.
Expiratory reserve
The walls of these structures break down with emphysema.
Inspiratory reserve
The walls of these structures break down with emphysema.
Bronchioles
The walls of these structures break down with emphysema.
Trachea
The walls of these structures break down with emphysema.
Cartilage rings
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Deck 19: The Respiratory System
1
Which of the following is a thin-walled, rounded chamber surrounded by a vast network of capillaries?

A) surfactant
B) alveolus
C) diaphragm
D) glottis
B
2
Which of the following is a significant function of the nose?

A) conditioning of inhaled air
B) gas exchange
C) equilibrium
D) carbonic anhydrase activity
A
3
Giovanni is resting peacefully after a long day of hard work. Assuming he is otherwise healthy, what would be the volume of his ventilations?

A) 500 ml
B) 1900 to 3300 ml
C) 4500 to 6000 ml
D) 1100 to 1200 ml
A
4
The process in which the intercostal muscles contract, pulling the rib cage upward and outward and causing the lungs to inflate, is called ________.

A) inspiration
B) expiration
C) exhalation
D) deflation
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5
Sometimes premature babies suffer from respiratory distress syndrome. What substance would you administer in a breathing tube to the infant?

A) antibiotics
B) anti-inflammatory drugs
C) surfactant
D) hydrocortisone
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6
The maximum amount of air that can be moved into and out of the lungs during forceful breathing is called ________.

A) tidal volume
B) residual volume
C) vital capacity
D) total lung capacity
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7
The organ(s) of the respiratory system that contain alveoli is (are) ________.

A) bronchioles
B) bronchi
C) the glottis
D) lungs
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8
People who fight forest fires for a living might have trouble blowing out the candles on their birthday cake because their ________ is reduced.

A) tidal volume
B) expiratory reserve volume
C) residual volume
D) vision
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9
The amount of air that remains in the lungs after the person exhales as much air as possible is called the ________.

A) vital capacity
B) expiration
C) residual volume
D) tidal volume
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10
When a person has laryngitis, he or she cannot speak. What must happen to permit normal speech?

A) Inflammation in the bronchioles has to go down before enough air can enter the lungs.
B) The swelling of the vocal cords must decrease so they can vibrate normally.
C) Inflammation in the trachea has to go down before enough air can enter the lungs.
D) The epiglottis must cover the glottis.
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11
The exchange of oxygen and carbon dioxide between the blood and the lungs is called ________.

A) inspiration
B) external respiration
C) exhalation
D) internal respiration
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12
What would happen if the trachea did not have cartilaginous rings?

A) Incoming air would not undergo filtration.
B) Incoming air would not be humidified.
C) Sense of smell would be lost, and food would taste funny.
D) The trachea would collapse.
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13
Phospholipid molecules that prevent the alveoli from collapsing are known as ________.

A) laryngitis
B) surfactant
C) mucus
D) plasma
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14
Gloria was enjoying a soft drink but started to choke because this structure did not cover the opening in the larynx through which air passes.

A) larynx
B) glottis
C) pharynx
D) epiglottis
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15
Inflammation of the mucous membranes of the sinuses is called ________.

A) asthma
B) sinusitis
C) respiratory distress syndrome
D) laryngitis
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16
The amount of air inhaled or exhaled during a normal breath is ________.

A) vital capacity
B) residual volume
C) tidal volume
D) total lung capacity
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17
You are at a restaurant, and a man starts to choke on a piece of steak. What must be done?

A) Heimlich maneuver
B) coughing
C) a hiccup
D) swallowing again
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18
Cockroach feces and shed skins can cause a severe inflammatory response in the bronchioles and muscle spasms in the bronchiole smooth muscles. This disorder is known as ________.

A) laryngitis
B) emphysema
C) asthma
D) TB
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k this deck
19
Which enzyme speeds up the formation of carbonic acid from carbon dioxide and water?

A) cyclo-oxygenase
B) hydrogenase
C) carboxylase
D) carbonic anhydrase
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20
Many people, when they have a sinus headache, often use decongestant nasal sprays. Why are such sprays useful?

A) They reduce swelling, allowing the sinuses to drain.
B) They reduce the symptoms of sore throat inflammation, which exacerbates the pain.
C) They dry out the breathing passageways in the pharynx, making it easier to breathe.
D) They have a pain-blocking effect in the brain.
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21
A man is standing in line behind you, and you notice that he is coughing up bloody phlegm. He seems underweight and fatigued. Which of the following is the most likely diagnosis given the information in this chapter?

A) a cold
B) asthma
C) tuberculosis
D) heart disease
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22
The ________ is the space behind the nose and the mouth, which most people call the throat.
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23
Gene has a sore throat with a 101°F fever, coated tonsils, and swollen glands. He should really see a doctor because the bacteria may eventually cause ________ within his body.

A) disease of the heart valves associated with rheumatic fever
B) asthma
C) emphysema
D) mesothelioma
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24
The condition in which walls of the alveoli break down, thereby creating fewer and larger chambers, is called ________.

A) bronchitis
B) emphysema
C) TB
D) influenza
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25
Influenza infections themselves are usually more annoying than deadly, but the flu can be accompanied by which of the following more serious secondary infections?

A) ear infections
B) pneumonia
C) bronchitis
D) All of the above could be caused by a secondary infection after the flu.
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26
Of the two lungs, the one on the left is usually smaller than the one on the right. This provides space for the ________.
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27
The term ________ is used to describe moving oxygen-rich air into the lungs and carbon dioxide-laden air away from the lungs.
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28
The opening of the larynx is called the ________. It is covered by the epiglottis, which prevents food or objects from blocking the airway.
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29
The ________ is a thin portion of cartilage and bone that divides the inside of the nose.
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30
During exercise, O2 is depleted in muscle tissue. What effect would this have on internal respiration?

A) There would be increased diffusion of O2 out of the blood and into the muscle tissue.
B) There would be decreased diffusion of O2 out of the blood and into the muscle tissue.
C) There would be increased diffusion of O2 out of the blood and into the lungs.
D) There would be decreased diffusion of O2 out of the blood and into the muscle tissue and a decrease in heart rate to bring more O2 to the exercising muscle.
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31
The voice-producing structure located in the throat is known as the ________.
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32
The pitch of the voice depends on the tension of the ________.
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33
The ________ connects the larynx with the bronchi.
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34
________ are tiny chambers within the lungs that allow for gas exchange.
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35
A sharp blow to the stomach can "knock the wind out of you." This temporarily paralyzes the diaphragm, making it hard to breathe. Aside from a lack of oxygen making you pass out, what effect would this have on blood pH?

A) O2 would build up in the blood, making it more basic.
B) CO2 would build up in the blood, making it more basic.
C) O2 would build up in the blood, making it more acidic.
D) CO2 would build up in the blood, making it more acidic.
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36
A person with this lung disease experiences a loss of elastic tissue, which makes it hard to exhale.

A) pneumonia
B) tuberculosis
C) emphysema
D) influenza
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37
Two large, open spaces called the ________ contain three convoluted shelflike bones that increase the surface area for conditioning inhaled air.
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38
When a person is exercising, CO2 builds up in the blood. What effect would this have on external respiration?

A) There would be increased diffusion of CO2 out of the blood and into the lungs and increased ventilation to move it out of the body.
B) There would be decreased diffusion of CO2 out of the blood and into the lungs and increased ventilation to move it out of the body.
C) There would be increased diffusion of CO2 out of the blood and into the lungs and decreased ventilation to move it out of the body.
D) There would be decreased diffusion of CO2 out of the blood and into the lungs and decreased ventilation to move it out of the body.
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39
A rise in the blood concentration of hydrogen ions will make the blood more acidic and cause a(n) ________ to restore homeostasis.

A) increased vagus nerve impulse
B) relaxation of the diaphragm
C) increased breathing rate
D) decreased breathing rate
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40
This is a name for a group of conditions that make it difficult to breathe. This group of conditions is most commonly caused by smoking.

A) influenza
B) tuberculosis
C) chronic obstructive pulmonary disease
D) asthma
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41
The ________ is a viral respiratory disease that is preventable by a yearly vaccination.
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42
Some people breathe primarily through their mouth rather than their nose. Why is this practice a bad idea?
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43
Luz, a woman with a history of asthma, walked by a house and noticed that smoke was pouring out of the basement. Evidently, any smoke detector was either absent or not working because nobody in the home was reacting to the emergency. Luz banged on the front door and threw it open, screaming that there was a fire. The family immediately rushed out, but upon reaching the safety of the front lawn, one of the children said the cat was trapped inside. Luz dashed into the now smoke-filled structure, searched around, found the cat, and emerged with the frightened but safe creature. According to the chapter, what short- and long-term problems will Luz most likely have?
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44
The ________ is the total volume of air contained in the lungs after the deepest possible inhalation and the lungs are totally filled.
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45
The ________ are muscles of the rib cage that contract and therefore increase the size of the thoracic cavity during inhalation.
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46
Tuberculosis (TB) is a reemerging disease that is increasing in the United States because of an increase in the number of immunocompromised patients, such as those with AIDS. Name two factors that make this illness particularly troublesome to track and treat.
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47
________ is an inherited disorder of the lungs. A genetic mutation causes the lungs to produce a thick mucous that clogs air passages.
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48
Exercise can trigger an asthma attack. This is especially true if someone goes for a long run on a cold morning. The two main causes of narrowing of the bronchiole passageways can be treated with drugs that act in different ways. What are the two causes of this narrowing, and how can drugs work to counteract these conditions?
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49
Why is the tuberculosis bacterium so hard to treat and destroy in the body?
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50
Olney was born 2 months premature. According to this chapter, what respiratory problem is he most likely to have, and what can be done to correct it?
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51
What are some of the hazards of smoking? What methods might society employ to try to reduce the number of people exposed to secondhand smoke?
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52
Most carbon dioxide is transported in the blood plasma in the form of ________.
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53
The breathing center is located in the ________ of the brain and is responsible for the basic breathing rhythm.
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54
Why is it not advisable to take antibacterial medicines when you have a cold or the flu?
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55
In a severe allergic reaction, a person's tongue can swell up, effectively blocking the air passageways. An emergency procedure can be performed to restore airflow. Basically, a hole is cut into the passageways below the blockage to allow air to flow into the lungs. What passageway would be best for the surgical hole?
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56
When oxygen is bound to a hemoglobin molecule in the red blood cells, it forms a new molecule called ________.
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57
Match between columns
The portion of the upper respiratory system that provides the passageway for food and air.
Pharynx
The portion of the upper respiratory system that provides the passageway for food and air.
Intercostal muscles
The portion of the upper respiratory system that provides the passageway for food and air.
Diaphragm
The portion of the upper respiratory system that provides the passageway for food and air.
Alveoli
The portion of the upper respiratory system that provides the passageway for food and air.
Sinuses
The portion of the upper respiratory system that provides the passageway for food and air.
Expiratory reserve
The portion of the upper respiratory system that provides the passageway for food and air.
Inspiratory reserve
The portion of the upper respiratory system that provides the passageway for food and air.
Bronchioles
The portion of the upper respiratory system that provides the passageway for food and air.
Trachea
The portion of the upper respiratory system that provides the passageway for food and air.
Cartilage rings
The additional volume of air that can be expelled from the lungs after the tidal volume.
Pharynx
The additional volume of air that can be expelled from the lungs after the tidal volume.
Intercostal muscles
The additional volume of air that can be expelled from the lungs after the tidal volume.
Diaphragm
The additional volume of air that can be expelled from the lungs after the tidal volume.
Alveoli
The additional volume of air that can be expelled from the lungs after the tidal volume.
Sinuses
The additional volume of air that can be expelled from the lungs after the tidal volume.
Expiratory reserve
The additional volume of air that can be expelled from the lungs after the tidal volume.
Inspiratory reserve
The additional volume of air that can be expelled from the lungs after the tidal volume.
Bronchioles
The additional volume of air that can be expelled from the lungs after the tidal volume.
Trachea
The additional volume of air that can be expelled from the lungs after the tidal volume.
Cartilage rings
These muscles contract to help inflate the lungs by moving the ribs.
Pharynx
These muscles contract to help inflate the lungs by moving the ribs.
Intercostal muscles
These muscles contract to help inflate the lungs by moving the ribs.
Diaphragm
These muscles contract to help inflate the lungs by moving the ribs.
Alveoli
These muscles contract to help inflate the lungs by moving the ribs.
Sinuses
These muscles contract to help inflate the lungs by moving the ribs.
Expiratory reserve
These muscles contract to help inflate the lungs by moving the ribs.
Inspiratory reserve
These muscles contract to help inflate the lungs by moving the ribs.
Bronchioles
These muscles contract to help inflate the lungs by moving the ribs.
Trachea
These muscles contract to help inflate the lungs by moving the ribs.
Cartilage rings
C-shaped structures that can be felt below the larynx.
Pharynx
C-shaped structures that can be felt below the larynx.
Intercostal muscles
C-shaped structures that can be felt below the larynx.
Diaphragm
C-shaped structures that can be felt below the larynx.
Alveoli
C-shaped structures that can be felt below the larynx.
Sinuses
C-shaped structures that can be felt below the larynx.
Expiratory reserve
C-shaped structures that can be felt below the larynx.
Inspiratory reserve
C-shaped structures that can be felt below the larynx.
Bronchioles
C-shaped structures that can be felt below the larynx.
Trachea
C-shaped structures that can be felt below the larynx.
Cartilage rings
A sheet of muscle that separates the thoracic cavity and abdominal cavity and helps to inflate the lungs during inhalation.
Pharynx
A sheet of muscle that separates the thoracic cavity and abdominal cavity and helps to inflate the lungs during inhalation.
Intercostal muscles
A sheet of muscle that separates the thoracic cavity and abdominal cavity and helps to inflate the lungs during inhalation.
Diaphragm
A sheet of muscle that separates the thoracic cavity and abdominal cavity and helps to inflate the lungs during inhalation.
Alveoli
A sheet of muscle that separates the thoracic cavity and abdominal cavity and helps to inflate the lungs during inhalation.
Sinuses
A sheet of muscle that separates the thoracic cavity and abdominal cavity and helps to inflate the lungs during inhalation.
Expiratory reserve
A sheet of muscle that separates the thoracic cavity and abdominal cavity and helps to inflate the lungs during inhalation.
Inspiratory reserve
A sheet of muscle that separates the thoracic cavity and abdominal cavity and helps to inflate the lungs during inhalation.
Bronchioles
A sheet of muscle that separates the thoracic cavity and abdominal cavity and helps to inflate the lungs during inhalation.
Trachea
A sheet of muscle that separates the thoracic cavity and abdominal cavity and helps to inflate the lungs during inhalation.
Cartilage rings
The passageway that connects the larynx with the bronchi leading to each lung.
Pharynx
The passageway that connects the larynx with the bronchi leading to each lung.
Intercostal muscles
The passageway that connects the larynx with the bronchi leading to each lung.
Diaphragm
The passageway that connects the larynx with the bronchi leading to each lung.
Alveoli
The passageway that connects the larynx with the bronchi leading to each lung.
Sinuses
The passageway that connects the larynx with the bronchi leading to each lung.
Expiratory reserve
The passageway that connects the larynx with the bronchi leading to each lung.
Inspiratory reserve
The passageway that connects the larynx with the bronchi leading to each lung.
Bronchioles
The passageway that connects the larynx with the bronchi leading to each lung.
Trachea
The passageway that connects the larynx with the bronchi leading to each lung.
Cartilage rings
The cavities in the head that lighten it and warm and moisten the air.
Pharynx
The cavities in the head that lighten it and warm and moisten the air.
Intercostal muscles
The cavities in the head that lighten it and warm and moisten the air.
Diaphragm
The cavities in the head that lighten it and warm and moisten the air.
Alveoli
The cavities in the head that lighten it and warm and moisten the air.
Sinuses
The cavities in the head that lighten it and warm and moisten the air.
Expiratory reserve
The cavities in the head that lighten it and warm and moisten the air.
Inspiratory reserve
The cavities in the head that lighten it and warm and moisten the air.
Bronchioles
The cavities in the head that lighten it and warm and moisten the air.
Trachea
The cavities in the head that lighten it and warm and moisten the air.
Cartilage rings
The additional volume of air that can be brought into the lungs after normal inhalation.
Pharynx
The additional volume of air that can be brought into the lungs after normal inhalation.
Intercostal muscles
The additional volume of air that can be brought into the lungs after normal inhalation.
Diaphragm
The additional volume of air that can be brought into the lungs after normal inhalation.
Alveoli
The additional volume of air that can be brought into the lungs after normal inhalation.
Sinuses
The additional volume of air that can be brought into the lungs after normal inhalation.
Expiratory reserve
The additional volume of air that can be brought into the lungs after normal inhalation.
Inspiratory reserve
The additional volume of air that can be brought into the lungs after normal inhalation.
Bronchioles
The additional volume of air that can be brought into the lungs after normal inhalation.
Trachea
The additional volume of air that can be brought into the lungs after normal inhalation.
Cartilage rings
The narrow passageways that conduct air from bronchi to alveoli.
Pharynx
The narrow passageways that conduct air from bronchi to alveoli.
Intercostal muscles
The narrow passageways that conduct air from bronchi to alveoli.
Diaphragm
The narrow passageways that conduct air from bronchi to alveoli.
Alveoli
The narrow passageways that conduct air from bronchi to alveoli.
Sinuses
The narrow passageways that conduct air from bronchi to alveoli.
Expiratory reserve
The narrow passageways that conduct air from bronchi to alveoli.
Inspiratory reserve
The narrow passageways that conduct air from bronchi to alveoli.
Bronchioles
The narrow passageways that conduct air from bronchi to alveoli.
Trachea
The narrow passageways that conduct air from bronchi to alveoli.
Cartilage rings
The walls of these structures break down with emphysema.
Pharynx
The walls of these structures break down with emphysema.
Intercostal muscles
The walls of these structures break down with emphysema.
Diaphragm
The walls of these structures break down with emphysema.
Alveoli
The walls of these structures break down with emphysema.
Sinuses
The walls of these structures break down with emphysema.
Expiratory reserve
The walls of these structures break down with emphysema.
Inspiratory reserve
The walls of these structures break down with emphysema.
Bronchioles
The walls of these structures break down with emphysema.
Trachea
The walls of these structures break down with emphysema.
Cartilage rings
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