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Respiratory Pressure Dynamics

Total questions: 37

Worksheet time: 27mins

Name
Class
Date
1.
When air pressure inside the lungs is less than air pressure in the atmosphere...
a)
Air moves into the lungs
b)
Air moves out of the lungs
2.

A contraction of the diaphragm during inhalation causes it to flatten. What else does the contraction result in?

a)

An increase in the volume of the thoracic cavity

b)

Increase in alveolar pressure

c)

A decrease in lung volume

d)

A decrease in the volume of the thoracic cavity

3.

What pressure gradient is exhalation triggered by?

a)

The pressure in the lungs is less than the pressure of the atmosphere

b)

The pressure in the lungs is greater than the pressure of the atmosphere

c)

The pressure in the lungs is equal to the pressure of the atmosphere

4.

Inspiration is produced by a _____________ in the pressure in the thoracic cavity and in the air passages of the lungs.

a)

decrease

b)

increase

c)

consistency

5.

Which type of lower respiratory tract infection is responsible for more disease and death than any other infection?

a)

Pneumonia

b)

Bronchitis

c)

Sinusitis

d)

COPD

6.

What two obstructive disorders make up the disease COPD?

a)

Asthma and Emphysema

b)

Asthma and Chronic bronchitis

c)

Chronic bronchitis and emphysema

d)

Chronic bronchitis and the common cold.

7.

Most common upper air way infection in children

a)

Acute epiglottitis

b)

Croup

c)

Pneumonia

d)

Bacterial tracheitis

8.

Which of the following signs and symptoms is characteristic of early-stage COPD

a)

Nightime cough

b)

Fatigue

c)

Ankle Swelling

d)

Chronic cough

9.

What does EKG stand for in the medical field?

a)

Electrocardiogram

b)

Electrokardiograph

c)

Electrokardiogram

d)

Electrocardiograph

10.

What is the primary role of a cardiologist?

a)

To perform surgeries on the heart

b)

To diagnose and treat heart diseases

c)

To operate EKG machines

d)

To conduct ultrasound imaging

11.

Which of the following is a common heart function test?

a)

MRI

b)

X-ray

c)

Stress Test

d)

CT Scan

12.

What is the main function of heart valves?

a)

To pump blood

b)

To prevent backflow of blood

c)

To oxygenate blood

d)

To filter blood

13.

Why might a cardiologist order an echocardiogram for a patient?

a)

To measure blood sugar levels

b)

To assess the structure and function of the heart

c)

To check for lung infections

d)

To evaluate kidney function

14.

Which of the following is NOT a function of the heart?

a)

Pumping blood

b)

Filtering blood

c)

Regulating blood pressure

d)

Delivering oxygen to tissues

15.

How does the EKG technician ensure accurate results during an EKG test?

a)

By interpreting the results

b)

By ensuring proper electrode placement and patient stillness

c)

By diagnosing heart conditions

d)

By performing heart surgery

16.

The inner most lining of the heart:

a)

epicardium

b)

endocardium

c)

myocardium

17.

Tests that measure the ventilation mechanics of the lungs; airway function, lung volume, and the capacity of the lungs to exchange oxygen and carbon dioxide efficiently?

a)

endotracheal intubation

b)

thoracentesis

c)

pulmonary function tests (PFTs)

d)

tracheostomy

18.

A condition in which there is an absence of inspiratory airflow for a minimum of 10 seconds.

a)

Apnea

b)

CPAP

c)

Hypoxia

d)

Hyperoxia

19.

Passive process in which molecules move from an area of higher concentration to an area of lower concentration:

a)

Diffusion

b)

Perfusion

c)

Oxygenation

d)

Ventilation

20.

During a school trip to Mount Everest, Molly and Andy started feeling unwell. What is the main cause of their sickness, also known as AMS?

a)

Decreased heart rate

b)

Increased oxygen levels

c)

Low oxygen deprivation

d)

High blood pressure

21.

Cy and Jen are planning a hiking trip to Mount Everest. They are curious about what happens to the volume of plasma in their blood when they are at high altitudes. Can you help them understand?

a)

It increases

b)

It decreases

c)

It remains the same

d)

It becomes thicker

22.

Andy and Amy are planning a hiking trip to a high altitude location. They read that their breathing might increase at high altitudes. What is this process called?

a)

Hemoglobin concentration

b)

Ventilatory acclimatization

c)

Carotid chemoreceptors

d)

Plasma volume

23.

Mel and Cy are planning a hiking trip to a high altitude location. What could potentially happen to them if their blood vessels in the brain dilate at such high altitudes?

a)

They might experience increased blood flow

b)

They might have fluid buildup in the brain

c)

They might have decreased blood pressure

d)

Their blood vessels might constrict

24.

During their mountain climbing expedition, Jen and Laura experienced some severe conditions. What are these conditions called that can occur at high altitudes?

a)

HACE and HAPE

b)

AMS and HACE

c)

HAPE and AMS

d)

HACE and AMS

25.

During a school trip to the Himalayas, Jen, Breanna, Andy, Amy, and Laura were discussing about altitude sickness. Andy, who has read a lot about this, mentioned that a certain group of people have genetic advantages to prevent minor altitude sickness. Who was he referring to?

a)

Climbers

b)

Scientists

c)

Tibetans and South Americans

d)

People with high blood pressure

26.

The condition from exposure to high altitudes that results in fluid accumulation within the lungs is:

a)

Acute Mountain Sickness

b)

HAPE

c)

HACE

d)

None of the above

27.
What is a benefit of the effects of altitude training?
a)
•Additional red blood cells are an advantage to performers when they return to sea level to compete
b)
•Additional white blood cells are an advantage to performers when they return to sea level to compete
c)
•Less red blood cells are an advantage to performers when they return to sea level to compete
28.

What is Tidal volume?

a)

The volume of air breathed in and out during one breath

b)

The maximal amount of air a person can expel

c)

The amount of blood pumped from the heart

d)

The additional air that can be forcibly inhaled after normal inspiration

29.

The maximum amount of air exhaled following a maximum inhalation

a)

Vital Capacity

b)

Total Lung Capacity

c)

Residual Volume

d)

Inspiratory Reserve Volume

30.
The Maximum Volume of air that you can get in and out of your lungs
a)
6000mL
b)
4800mL
c)
3600mL
d)
500mL
31.
The maximum air you can get in and out of your lungs
a)
Vital Capacity
b)
Total Lung Capacity
c)
Residual Volume
d)
Inspiratory Reserve Volume
32.
The amount of air you can still inhale after a normal breath in
a)
Vital Capacity
b)
Inspiratory Reserve
c)
Functional Residual Capacity
d)
Inspiratory Capacity
33.
The amount of air you can force out after a normal breath out
a)
Expiratory Reserve
b)
Functional Residual Capacity
c)
Vital Capacity
d)
Inspiratory Capacity
34.
The volume of a normal breath 
a)
3000mL
b)
2400mL
c)
1200mL
d)
500mL
35.
What muscles are used in breathing in and breathing out?
a)
diaphragm and intercostals
b)
diaphragm and lungs
c)
lungs and ribs
d)
lungs and diaphragm
36.
What equipment is used to measure air being inspired and expired?
a)
spirometre
b)
spirometer
c)
inspirometer
d)
expirometer
37.

Which of the following is a collapsed lung

a)

Cystic fibrosis

b)

Emphysema

c)

Cyanosis

d)

COPD

e)

Pneumothorax