Deck 12: Cardiopulmonary Procedures

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Question
Chest lead V₂ is located at the

A)fourth intercostal space at the left margin of the sternum.
B)fifth intercostal space at the junction of the left midclavicular line.
C)fifth intercostal space at the left margin of the sternum.
D)fourth intercostal space at the right margin of the sternum.
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Question
Which electrode is used as a ground reference?

A)Right arm
B)Right leg
C)Left arm
D)Left leg
Question
What is the name of the knot of modified myocardium that initiates and regulates the heartbeat?

A)Medulla
B)AV node
C)SA node
D)Bundle branches
Question
What is the name of the structure in the heart that distributes the electrical impulse to the ventricles?

A)Epicardium
B)Endocardium
C)Bundle of His
D)Purkinje fibers
Question
The aVR,aVL,and aVF are known as the _____ leads.

A)standard
B)chest
C)augmented
D)bipolar
Question
The left atrium receives

A)deoxygenated blood from the body.
B)oxygenated blood from the left ventricle.
C)oxygenated blood from the lungs.
D)deoxygenated blood from the lungs.
Question
Electrical voltage received by the electrocardiograph is changed to mechanical motion in the

A)stylus.
B)galvanometer.
C)amplifier.
D)patient cable.
Question
An electrolyte must be used when running an ECG to

A)facilitate the transmission of the electrical impulses of the heart.
B)reduce the amount of dryness of the skin.
C)protect the patient from shocks that are generated by the electrocardiograph.
D)amplify the electrical impulses coming from the heart.
Question
A disposable electrode is held in place by

A)a rubber strap.
B)a vacuum cup.
C)an adhesive backing on the electrode.
D)superglue.
Question
A device placed on the skin that picks up electrical impulses released by the heart is known as a(n)

A)lead wire.
B)amplifier.
C)electrode.
D)electrolyte.
Question
Electrocardiograms are normally recorded with the paper moving at a speed of

A)25 mm/sec.
B)twice the normal standard.
C)one half standard.
D)50 mm/sec.
Question
How many leads are there on a standard electrocardiogram?

A)5
B)7
C)12
D)15
Question
How high is the standardization mark when the electrocardiograph is properly standardized?

A)5 mm
B)10 mm
C)15 mm
D)20 mm
Question
What is the name given to the portion of the ECG between two waves?

A)Segment
B)Baseline
C)Interval
D)Polarization line
Question
Which chamber pumps the blood from the heart and into the aorta for distribution to all parts of the body?

A)Right atrium
B)Left atrium
C)Right ventricle
D)Left ventricle
Question
An electrocardiogram is a recording of the

A)electrical activity of the heart.
B)opening and closing of the valves of the heart.
C)force of the blood against the walls of the blood vessels.
D)contraction and relaxation of the ventricles.
Question
Blood enters the right atrium from the

A)pulmonary artery.
B)superior and inferior venae cavae.
C)pulmonary veins.
D)aorta.
Question
What is a cardiac cycle?

A)Contraction of the atria
B)One complete heartbeat
C)Relaxation of the entire heart
D)Contraction of the ventricles
Question
What structure in the heart delays the electrical impulse momentarily to allow for complete contraction of the atria and filling of the ventricles with blood from the atria?

A)Bundle of His
B)AV node
C)SA node
D)Cuspid valves
Question
Leads 1,2,and 3 are the _____ leads.

A)bipolar
B)chest
C)augmented
D)precordial
Question
Which of the following represents an error in technique when running an electrocardiogram?

A)Positioning the machine so that the power cord runs under the patient table
B)Working on the left side of the patient
C)Instructing the patient to lie still and not to talk during the procedure
D)Positioning the limb electrodes on the fleshy part of the upper arms and lower legs
Question
What are artifacts?

A)The marking code recorded by the ECG to indicate which lead is being run
B)Additional electrical activity picked up by the electrocardiograph
C)A type of standardization mark
D)Rare objects uncovered in ancient Peru
Question
Which of the following is true regarding PVCs?

A)They are common with mitral valve prolapse.
B)They are one of the most common rhythm disturbances.
C)A wide and distorted QRS complex is present.
D)They may be caused by anxiety, smoking, and caffeine.
E)All of the above are true.
Question
Which of the following artifacts appears as small,straight,spiked lines that are consistent in nature?

A)Muscle
B)Wandering baseline
C)Alternating current
D)Interrupted baseline
Question
All of the following may result in muscle artifacts except

A)patient discomfort.
B)an apprehensive patient.
C)electrodes that have come loose.
D)patient coughing or talking.
Question
The purpose of pulmonary function testing is to

A)dilate the bronchial tubes to increase airflow.
B)remove mucus from the bronchial tubes.
C)detect cardiac dysrhythmias.
D)assess lung functioning.
Question
Which of the following should be recorded in the Holter monitor diary notebook?

A)Meals
B)Emotional states
C)Bowel movements
D)Sleep periods
E)All of the above
Question
Where is chest lead V₅ located?

A)Midway between V₄ and V₆
B)At the fifth intercostal space at the junction of the left midclavicular line
C)At the horizontal level of V₄ at the left anterior axillary line
D)At the horizontal level of V₄ at the left midaxillary line
Question
All of the following are examples of pulmonary function tests except

A)coronary angiography.
B)diffusion capacity.
C)arterial blood gas studies.
D)pulse oximetry.
Question
What term is used to refer to an electrocardiogram result that is within normal limits?

A)Sinus arrhythmia
B)Baseline recording
C)Normal sinus rhythm
D)WNL
Question
What is the purpose of calibrating the spirometer?

A)To prevent abnormal test results
B)To ensure all pathogens have been removed from the device
C)To make it easier for the patient to perform the breathing maneuvers
D)To ensure accurate and valid test results
Question
Touching or moving electrodes during the Holter monitoring period may cause

A)malfunctioning of the recorder.
B)drying out of the electrolyte.
C)a dysrhythmia.
D)artifacts.
E)all of the above.
Question
Which of the following is considered the most serious cardiac dysrhythmia?

A)Atrial flutter
B)Ventricular tachycardia
C)Atrial fibrillation
D)Ventricular fibrillation
Question
Which of the following devices measures how much air is exhaled by the lungs and how fast it is exhaled?

A)Tympanogram
B)Spirometer
C)Pulse oximeter
D)Blood gas analyzer
Question
All of the following patients are likely candidates for spirometry except a patient

A)complaining of dyspnea.
B)with emphysema.
C)who has worked in the coal mines for 20 years.
D)with an upper respiratory infection.
Question
Which of the following may cause a 60-cycle interference artifact?

A)Patient movement
B)Lead wires not following body contour
C)A broken patient cable
D)Parkinson's disease
Question
In spirometry,the predicted value means

A)what the results should be if the patient's lungs are healthy.
B)what the results should be for a patient with COPD.
C)the amount of air that can be pushed out of the lungs in 1 second.
D)how much damage has been done to the lungs.
Question
Which of the following is not a characteristic of paroxysmal atrial tachycardia (PAT)?

A)Rapid fluttering of the atrium
B)Sudden onset and termination of symptoms
C)Increase in heart rate of the patient
D)Patient weakness and acute apprehension
Question
Holter monitor electrocardiography is used to

A)assess the rate and rhythm of the heart during daily activities.
B)evaluate patients with unexplained chest pain.
C)detect cardiac dysrhythmias that are intermittent in nature.
D)assess the effectiveness of a pacemaker.
E)achieve all of the above.
Question
Which of the following are guidelines for wearing a Holter monitor?

A)Do not consume alcohol or caffeinated beverages.
B)Limit physical activity.
C)Do not use a wool blanket for sleeping.
D)Do not shower, bathe, or swim.
E)All of the above are accurate guidelines.
Question
All of the following are guideline for oxygen usage except

A)store in a clean, dry, well-ventilated room.
B)store oxygen cylinders in an upright position.
C)never smoke while using oxygen.
D)use at least 50 feet of tubing with the oxygen delivery system.
Question
Match between columns
Oxygen
-sclerosis
Oxygen
ather/o
Oxygen
cardio/o
Oxygen
electr/o
Oxygen
-gram
Oxygen
hypo-
Oxygen
ox/i
Oxygen
-metry
Oxygen
-graph
Oxygen
-ia
Oxygen
isch/o
Oxygen
spir/o
Oxygen
-meter
Oxygen
-emia
Record of
-sclerosis
Record of
ather/o
Record of
cardio/o
Record of
electr/o
Record of
-gram
Record of
hypo-
Record of
ox/i
Record of
-metry
Record of
-graph
Record of
-ia
Record of
isch/o
Record of
spir/o
Record of
-meter
Record of
-emia
Yellowish,fatty plaque
-sclerosis
Yellowish,fatty plaque
ather/o
Yellowish,fatty plaque
cardio/o
Yellowish,fatty plaque
electr/o
Yellowish,fatty plaque
-gram
Yellowish,fatty plaque
hypo-
Yellowish,fatty plaque
ox/i
Yellowish,fatty plaque
-metry
Yellowish,fatty plaque
-graph
Yellowish,fatty plaque
-ia
Yellowish,fatty plaque
isch/o
Yellowish,fatty plaque
spir/o
Yellowish,fatty plaque
-meter
Yellowish,fatty plaque
-emia
Heart
-sclerosis
Heart
ather/o
Heart
cardio/o
Heart
electr/o
Heart
-gram
Heart
hypo-
Heart
ox/i
Heart
-metry
Heart
-graph
Heart
-ia
Heart
isch/o
Heart
spir/o
Heart
-meter
Heart
-emia
Below,deficient
-sclerosis
Below,deficient
ather/o
Below,deficient
cardio/o
Below,deficient
electr/o
Below,deficient
-gram
Below,deficient
hypo-
Below,deficient
ox/i
Below,deficient
-metry
Below,deficient
-graph
Below,deficient
-ia
Below,deficient
isch/o
Below,deficient
spir/o
Below,deficient
-meter
Below,deficient
-emia
Hardening of
-sclerosis
Hardening of
ather/o
Hardening of
cardio/o
Hardening of
electr/o
Hardening of
-gram
Hardening of
hypo-
Hardening of
ox/i
Hardening of
-metry
Hardening of
-graph
Hardening of
-ia
Hardening of
isch/o
Hardening of
spir/o
Hardening of
-meter
Hardening of
-emia
Condition of diseased or abnormal state
-sclerosis
Condition of diseased or abnormal state
ather/o
Condition of diseased or abnormal state
cardio/o
Condition of diseased or abnormal state
electr/o
Condition of diseased or abnormal state
-gram
Condition of diseased or abnormal state
hypo-
Condition of diseased or abnormal state
ox/i
Condition of diseased or abnormal state
-metry
Condition of diseased or abnormal state
-graph
Condition of diseased or abnormal state
-ia
Condition of diseased or abnormal state
isch/o
Condition of diseased or abnormal state
spir/o
Condition of diseased or abnormal state
-meter
Condition of diseased or abnormal state
-emia
Instrument used to record
-sclerosis
Instrument used to record
ather/o
Instrument used to record
cardio/o
Instrument used to record
electr/o
Instrument used to record
-gram
Instrument used to record
hypo-
Instrument used to record
ox/i
Instrument used to record
-metry
Instrument used to record
-graph
Instrument used to record
-ia
Instrument used to record
isch/o
Instrument used to record
spir/o
Instrument used to record
-meter
Instrument used to record
-emia
Deficiency,blockage
-sclerosis
Deficiency,blockage
ather/o
Deficiency,blockage
cardio/o
Deficiency,blockage
electr/o
Deficiency,blockage
-gram
Deficiency,blockage
hypo-
Deficiency,blockage
ox/i
Deficiency,blockage
-metry
Deficiency,blockage
-graph
Deficiency,blockage
-ia
Deficiency,blockage
isch/o
Deficiency,blockage
spir/o
Deficiency,blockage
-meter
Deficiency,blockage
-emia
Electrical,electrical activity
-sclerosis
Electrical,electrical activity
ather/o
Electrical,electrical activity
cardio/o
Electrical,electrical activity
electr/o
Electrical,electrical activity
-gram
Electrical,electrical activity
hypo-
Electrical,electrical activity
ox/i
Electrical,electrical activity
-metry
Electrical,electrical activity
-graph
Electrical,electrical activity
-ia
Electrical,electrical activity
isch/o
Electrical,electrical activity
spir/o
Electrical,electrical activity
-meter
Electrical,electrical activity
-emia
Breathe,breathing
-sclerosis
Breathe,breathing
ather/o
Breathe,breathing
cardio/o
Breathe,breathing
electr/o
Breathe,breathing
-gram
Breathe,breathing
hypo-
Breathe,breathing
ox/i
Breathe,breathing
-metry
Breathe,breathing
-graph
Breathe,breathing
-ia
Breathe,breathing
isch/o
Breathe,breathing
spir/o
Breathe,breathing
-meter
Breathe,breathing
-emia
Measurement
-sclerosis
Measurement
ather/o
Measurement
cardio/o
Measurement
electr/o
Measurement
-gram
Measurement
hypo-
Measurement
ox/i
Measurement
-metry
Measurement
-graph
Measurement
-ia
Measurement
isch/o
Measurement
spir/o
Measurement
-meter
Measurement
-emia
Blood condition
-sclerosis
Blood condition
ather/o
Blood condition
cardio/o
Blood condition
electr/o
Blood condition
-gram
Blood condition
hypo-
Blood condition
ox/i
Blood condition
-metry
Blood condition
-graph
Blood condition
-ia
Blood condition
isch/o
Blood condition
spir/o
Blood condition
-meter
Blood condition
-emia
Instrument used to measure
-sclerosis
Instrument used to measure
ather/o
Instrument used to measure
cardio/o
Instrument used to measure
electr/o
Instrument used to measure
-gram
Instrument used to measure
hypo-
Instrument used to measure
ox/i
Instrument used to measure
-metry
Instrument used to measure
-graph
Instrument used to measure
-ia
Instrument used to measure
isch/o
Instrument used to measure
spir/o
Instrument used to measure
-meter
Instrument used to measure
-emia
Question
All of the following may require home oxygen therapy except

A)COPD.
B)congestive heart failure.
C)hepatitis.
D)cystic fibrosis.
Question
What information is included on a prescription for home oxygen therapy?

A)Amount of oxygen needed by the patient
B)Duration of oxygen needed by the patient
C)Recommended oxygen delivery system
D)Administration device
E)All of the above
Question
Match between columns
T wave
Represents the contraction of the atria
T wave
Represents the contraction of the ventricles
T wave
Represents the electrical recovery of the ventricles
T wave
Represents the time from the beginning of atrial depolarization to the beginning of ventricular depolarization
T wave
Represents the time interval from the beginning of ventricular depolarization to the end of repolarization of the ventricles
T wave
Represents the time from the end of atrial depolarization to the beginning of ventricular depolarization
T wave
Represents the time from the end of ventricular depolarization to the beginning of repolarization of the ventricles
T wave
Represents the period of time when the heart rests
P wave
Represents the contraction of the atria
P wave
Represents the contraction of the ventricles
P wave
Represents the electrical recovery of the ventricles
P wave
Represents the time from the beginning of atrial depolarization to the beginning of ventricular depolarization
P wave
Represents the time interval from the beginning of ventricular depolarization to the end of repolarization of the ventricles
P wave
Represents the time from the end of atrial depolarization to the beginning of ventricular depolarization
P wave
Represents the time from the end of ventricular depolarization to the beginning of repolarization of the ventricles
P wave
Represents the period of time when the heart rests
P-R interval
Represents the contraction of the atria
P-R interval
Represents the contraction of the ventricles
P-R interval
Represents the electrical recovery of the ventricles
P-R interval
Represents the time from the beginning of atrial depolarization to the beginning of ventricular depolarization
P-R interval
Represents the time interval from the beginning of ventricular depolarization to the end of repolarization of the ventricles
P-R interval
Represents the time from the end of atrial depolarization to the beginning of ventricular depolarization
P-R interval
Represents the time from the end of ventricular depolarization to the beginning of repolarization of the ventricles
P-R interval
Represents the period of time when the heart rests
ST segment
Represents the contraction of the atria
ST segment
Represents the contraction of the ventricles
ST segment
Represents the electrical recovery of the ventricles
ST segment
Represents the time from the beginning of atrial depolarization to the beginning of ventricular depolarization
ST segment
Represents the time interval from the beginning of ventricular depolarization to the end of repolarization of the ventricles
ST segment
Represents the time from the end of atrial depolarization to the beginning of ventricular depolarization
ST segment
Represents the time from the end of ventricular depolarization to the beginning of repolarization of the ventricles
ST segment
Represents the period of time when the heart rests
Q-T interval
Represents the contraction of the atria
Q-T interval
Represents the contraction of the ventricles
Q-T interval
Represents the electrical recovery of the ventricles
Q-T interval
Represents the time from the beginning of atrial depolarization to the beginning of ventricular depolarization
Q-T interval
Represents the time interval from the beginning of ventricular depolarization to the end of repolarization of the ventricles
Q-T interval
Represents the time from the end of atrial depolarization to the beginning of ventricular depolarization
Q-T interval
Represents the time from the end of ventricular depolarization to the beginning of repolarization of the ventricles
Q-T interval
Represents the period of time when the heart rests
P-R segment
Represents the contraction of the atria
P-R segment
Represents the contraction of the ventricles
P-R segment
Represents the electrical recovery of the ventricles
P-R segment
Represents the time from the beginning of atrial depolarization to the beginning of ventricular depolarization
P-R segment
Represents the time interval from the beginning of ventricular depolarization to the end of repolarization of the ventricles
P-R segment
Represents the time from the end of atrial depolarization to the beginning of ventricular depolarization
P-R segment
Represents the time from the end of ventricular depolarization to the beginning of repolarization of the ventricles
P-R segment
Represents the period of time when the heart rests
QRS complex
Represents the contraction of the atria
QRS complex
Represents the contraction of the ventricles
QRS complex
Represents the electrical recovery of the ventricles
QRS complex
Represents the time from the beginning of atrial depolarization to the beginning of ventricular depolarization
QRS complex
Represents the time interval from the beginning of ventricular depolarization to the end of repolarization of the ventricles
QRS complex
Represents the time from the end of atrial depolarization to the beginning of ventricular depolarization
QRS complex
Represents the time from the end of ventricular depolarization to the beginning of repolarization of the ventricles
QRS complex
Represents the period of time when the heart rests
Baseline
Represents the contraction of the atria
Baseline
Represents the contraction of the ventricles
Baseline
Represents the electrical recovery of the ventricles
Baseline
Represents the time from the beginning of atrial depolarization to the beginning of ventricular depolarization
Baseline
Represents the time interval from the beginning of ventricular depolarization to the end of repolarization of the ventricles
Baseline
Represents the time from the end of atrial depolarization to the beginning of ventricular depolarization
Baseline
Represents the time from the end of ventricular depolarization to the beginning of repolarization of the ventricles
Baseline
Represents the period of time when the heart rests
Question
The purpose of a peak flow meter is to

A)diagnose asthma.
B)prevent an asthma attack.
C)measure how quickly air flows out of the lungs.
D)deliver asthma medication to the lungs.
Question
Which of the following are asthma triggers?

A)House dust
B)Tobacco smoke
C)Animal dander
D)Vigorous physical exercise
E)All of the above
Question
What is the term for the maximal volume of air that can be expired when the patient exhales as forcefully and rapidly as possible and for as long as possible?

A)FEV1
B)FVC
C)FEV1/FVC ratio
D)Exhalation
Question
Oxygen combines with glucose in the cells of the body to produce

A)lactose.
B)adrenalin.
C)energy.
D)insulin.
Question
All of the following are characteristics of a low range peak flow meter except

A)can be purchased OTC.
B)is used by adults.
C)is used by children.
D)ranges from zero to 300.
Question
Which of the following may occur when the body cannot maintain an adequate oxygen level?

A)Death of cells
B)Organ failure
C)Body system failure
D)Death
E)All of the above
Question
Which of the following oxygen delivery systems separates oxygen from the air for use by the patient?

A)Compressed oxygen gas
B)Liquid oxygen
C)Oxygen concentrator
D)Oxygen compressor
Question
Which of the following is a characteristic of quick-relief asthma medication?

A)It quickly opens up the airways.
B)It is usually taken every day.
C)It is used to prevent asthma symptoms.
D)It helps to relieve bronchial inflammation.
E)All of the above are correct answers.
Question
All of the following are characteristics of asthma except

A)it is a chronic disease with no cure.
B)symptoms include wheezing, shortness of breath, and chest tightness.
C)primarily affects the alveolar ducts and alveoli of the lungs.
D)most often affects children and young adults.
Question
Peak flow measurements can be used for all of the following except to

A)monitor how well the patient's asthma is being controlled.
B)determine if a patient's medication needs to be changed.
C)determine the severity of an asthma attack.
D)determine if lung damage has occurred.
Question
What happens to the bronchial tubes during an asthma attack?

A)They dilate and go into a spasm.
B)They become hard and stiff.
C)They become hyposensitive to allergens.
D)They constrict, swell, and become clogged with mucus.
Question
All of the following are patient preparation requirements for spirometry except

A)do not eat a heavy meal for 8 hours before the test.
B)wear loose, nonrestrictive clothing.
C)do not take aspirin for 4 hours before the test.
D)stop smoking at least 8 hours before the test.
Question
All of the following are symptoms of a low oxygen level in the body except

A)cyanosis of the lips and fingernails.
B)erythema and hives.
C)drowsiness and confusion.
D)difficult or irregular breathing.
Question
Match each of the following components of the ECG graph cycle with its definition.
a.Represents the time interval from the beginning of ventricular depolarization to the end of repolarization of the ventricles
b.Represents the electrical recovery of the ventricles
c.Represents the contraction of the ventricles
d.Represents the time from the end of ventricular depolarization to the beginning of repolarization of the ventricles
e.Represents the contraction of the atria
f.Represents the time from the end of atrial depolarization to the beginning of ventricular depolarization
g.Represents the time from the beginning of atrial depolarization to the beginning of ventricular depolarization
h.Represents the period of time when the heart rests
1.P wave
2.QRS complex
3.T wave
4.P-R interval
5.Q-T interval
6.P-R segment
7.ST segment
8.Baseline
Question
All of the following can lead to inaccurate peak flow measurements except

A)patient is fearful and anxious.
B)not moving the indicator to the bottom of the numbered scale.
C)not changing the disposable mouthpiece between patients.
D)a crack in the peak flow meter.
Question
Match each word part meaning with its correct word part.
a.ather/o
b.cardio/o
c.electr/o
d.-emia
e.-gram
f.-graph
g.hypo-
h.-ia
i.isch/o
j.-meter
k.-metry
l.ox/i
m.-sclerosis
n.spir/o
9.Hardening of
10.Yellowish,fatty plaque
11.Heart
12.Electrical,electrical activity
13.Record of
14.Below,deficient
15.Oxygen
16.Measurement
17.Instrument used to record
18.Condition of diseased or abnormal state
19.Deficiency,blockage
20.Breathe,breathing
21.Instrument used to measure
22.Blood condition
Question
Which of the following is not a guideline for measuring peak flow rate?

A)Tightly seal the lips around the mouthpiece.
B)Take a deep breath until the lungs are full.
C)Blow all the air out of the lungs as fast as possible.
D)Calculate an average of 3 acceptable breathing maneuvers.
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Deck 12: Cardiopulmonary Procedures
1
Chest lead V₂ is located at the

A)fourth intercostal space at the left margin of the sternum.
B)fifth intercostal space at the junction of the left midclavicular line.
C)fifth intercostal space at the left margin of the sternum.
D)fourth intercostal space at the right margin of the sternum.
fourth intercostal space at the left margin of the sternum.
2
Which electrode is used as a ground reference?

A)Right arm
B)Right leg
C)Left arm
D)Left leg
Right leg
3
What is the name of the knot of modified myocardium that initiates and regulates the heartbeat?

A)Medulla
B)AV node
C)SA node
D)Bundle branches
SA node
4
What is the name of the structure in the heart that distributes the electrical impulse to the ventricles?

A)Epicardium
B)Endocardium
C)Bundle of His
D)Purkinje fibers
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5
The aVR,aVL,and aVF are known as the _____ leads.

A)standard
B)chest
C)augmented
D)bipolar
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6
The left atrium receives

A)deoxygenated blood from the body.
B)oxygenated blood from the left ventricle.
C)oxygenated blood from the lungs.
D)deoxygenated blood from the lungs.
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7
Electrical voltage received by the electrocardiograph is changed to mechanical motion in the

A)stylus.
B)galvanometer.
C)amplifier.
D)patient cable.
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8
An electrolyte must be used when running an ECG to

A)facilitate the transmission of the electrical impulses of the heart.
B)reduce the amount of dryness of the skin.
C)protect the patient from shocks that are generated by the electrocardiograph.
D)amplify the electrical impulses coming from the heart.
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9
A disposable electrode is held in place by

A)a rubber strap.
B)a vacuum cup.
C)an adhesive backing on the electrode.
D)superglue.
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10
A device placed on the skin that picks up electrical impulses released by the heart is known as a(n)

A)lead wire.
B)amplifier.
C)electrode.
D)electrolyte.
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11
Electrocardiograms are normally recorded with the paper moving at a speed of

A)25 mm/sec.
B)twice the normal standard.
C)one half standard.
D)50 mm/sec.
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12
How many leads are there on a standard electrocardiogram?

A)5
B)7
C)12
D)15
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13
How high is the standardization mark when the electrocardiograph is properly standardized?

A)5 mm
B)10 mm
C)15 mm
D)20 mm
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14
What is the name given to the portion of the ECG between two waves?

A)Segment
B)Baseline
C)Interval
D)Polarization line
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15
Which chamber pumps the blood from the heart and into the aorta for distribution to all parts of the body?

A)Right atrium
B)Left atrium
C)Right ventricle
D)Left ventricle
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16
An electrocardiogram is a recording of the

A)electrical activity of the heart.
B)opening and closing of the valves of the heart.
C)force of the blood against the walls of the blood vessels.
D)contraction and relaxation of the ventricles.
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17
Blood enters the right atrium from the

A)pulmonary artery.
B)superior and inferior venae cavae.
C)pulmonary veins.
D)aorta.
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18
What is a cardiac cycle?

A)Contraction of the atria
B)One complete heartbeat
C)Relaxation of the entire heart
D)Contraction of the ventricles
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19
What structure in the heart delays the electrical impulse momentarily to allow for complete contraction of the atria and filling of the ventricles with blood from the atria?

A)Bundle of His
B)AV node
C)SA node
D)Cuspid valves
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20
Leads 1,2,and 3 are the _____ leads.

A)bipolar
B)chest
C)augmented
D)precordial
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21
Which of the following represents an error in technique when running an electrocardiogram?

A)Positioning the machine so that the power cord runs under the patient table
B)Working on the left side of the patient
C)Instructing the patient to lie still and not to talk during the procedure
D)Positioning the limb electrodes on the fleshy part of the upper arms and lower legs
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22
What are artifacts?

A)The marking code recorded by the ECG to indicate which lead is being run
B)Additional electrical activity picked up by the electrocardiograph
C)A type of standardization mark
D)Rare objects uncovered in ancient Peru
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23
Which of the following is true regarding PVCs?

A)They are common with mitral valve prolapse.
B)They are one of the most common rhythm disturbances.
C)A wide and distorted QRS complex is present.
D)They may be caused by anxiety, smoking, and caffeine.
E)All of the above are true.
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24
Which of the following artifacts appears as small,straight,spiked lines that are consistent in nature?

A)Muscle
B)Wandering baseline
C)Alternating current
D)Interrupted baseline
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25
All of the following may result in muscle artifacts except

A)patient discomfort.
B)an apprehensive patient.
C)electrodes that have come loose.
D)patient coughing or talking.
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26
The purpose of pulmonary function testing is to

A)dilate the bronchial tubes to increase airflow.
B)remove mucus from the bronchial tubes.
C)detect cardiac dysrhythmias.
D)assess lung functioning.
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27
Which of the following should be recorded in the Holter monitor diary notebook?

A)Meals
B)Emotional states
C)Bowel movements
D)Sleep periods
E)All of the above
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28
Where is chest lead V₅ located?

A)Midway between V₄ and V₆
B)At the fifth intercostal space at the junction of the left midclavicular line
C)At the horizontal level of V₄ at the left anterior axillary line
D)At the horizontal level of V₄ at the left midaxillary line
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29
All of the following are examples of pulmonary function tests except

A)coronary angiography.
B)diffusion capacity.
C)arterial blood gas studies.
D)pulse oximetry.
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30
What term is used to refer to an electrocardiogram result that is within normal limits?

A)Sinus arrhythmia
B)Baseline recording
C)Normal sinus rhythm
D)WNL
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31
What is the purpose of calibrating the spirometer?

A)To prevent abnormal test results
B)To ensure all pathogens have been removed from the device
C)To make it easier for the patient to perform the breathing maneuvers
D)To ensure accurate and valid test results
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32
Touching or moving electrodes during the Holter monitoring period may cause

A)malfunctioning of the recorder.
B)drying out of the electrolyte.
C)a dysrhythmia.
D)artifacts.
E)all of the above.
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33
Which of the following is considered the most serious cardiac dysrhythmia?

A)Atrial flutter
B)Ventricular tachycardia
C)Atrial fibrillation
D)Ventricular fibrillation
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34
Which of the following devices measures how much air is exhaled by the lungs and how fast it is exhaled?

A)Tympanogram
B)Spirometer
C)Pulse oximeter
D)Blood gas analyzer
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35
All of the following patients are likely candidates for spirometry except a patient

A)complaining of dyspnea.
B)with emphysema.
C)who has worked in the coal mines for 20 years.
D)with an upper respiratory infection.
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36
Which of the following may cause a 60-cycle interference artifact?

A)Patient movement
B)Lead wires not following body contour
C)A broken patient cable
D)Parkinson's disease
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37
In spirometry,the predicted value means

A)what the results should be if the patient's lungs are healthy.
B)what the results should be for a patient with COPD.
C)the amount of air that can be pushed out of the lungs in 1 second.
D)how much damage has been done to the lungs.
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38
Which of the following is not a characteristic of paroxysmal atrial tachycardia (PAT)?

A)Rapid fluttering of the atrium
B)Sudden onset and termination of symptoms
C)Increase in heart rate of the patient
D)Patient weakness and acute apprehension
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39
Holter monitor electrocardiography is used to

A)assess the rate and rhythm of the heart during daily activities.
B)evaluate patients with unexplained chest pain.
C)detect cardiac dysrhythmias that are intermittent in nature.
D)assess the effectiveness of a pacemaker.
E)achieve all of the above.
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40
Which of the following are guidelines for wearing a Holter monitor?

A)Do not consume alcohol or caffeinated beverages.
B)Limit physical activity.
C)Do not use a wool blanket for sleeping.
D)Do not shower, bathe, or swim.
E)All of the above are accurate guidelines.
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41
All of the following are guideline for oxygen usage except

A)store in a clean, dry, well-ventilated room.
B)store oxygen cylinders in an upright position.
C)never smoke while using oxygen.
D)use at least 50 feet of tubing with the oxygen delivery system.
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42
Match between columns
Oxygen
-sclerosis
Oxygen
ather/o
Oxygen
cardio/o
Oxygen
electr/o
Oxygen
-gram
Oxygen
hypo-
Oxygen
ox/i
Oxygen
-metry
Oxygen
-graph
Oxygen
-ia
Oxygen
isch/o
Oxygen
spir/o
Oxygen
-meter
Oxygen
-emia
Record of
-sclerosis
Record of
ather/o
Record of
cardio/o
Record of
electr/o
Record of
-gram
Record of
hypo-
Record of
ox/i
Record of
-metry
Record of
-graph
Record of
-ia
Record of
isch/o
Record of
spir/o
Record of
-meter
Record of
-emia
Yellowish,fatty plaque
-sclerosis
Yellowish,fatty plaque
ather/o
Yellowish,fatty plaque
cardio/o
Yellowish,fatty plaque
electr/o
Yellowish,fatty plaque
-gram
Yellowish,fatty plaque
hypo-
Yellowish,fatty plaque
ox/i
Yellowish,fatty plaque
-metry
Yellowish,fatty plaque
-graph
Yellowish,fatty plaque
-ia
Yellowish,fatty plaque
isch/o
Yellowish,fatty plaque
spir/o
Yellowish,fatty plaque
-meter
Yellowish,fatty plaque
-emia
Heart
-sclerosis
Heart
ather/o
Heart
cardio/o
Heart
electr/o
Heart
-gram
Heart
hypo-
Heart
ox/i
Heart
-metry
Heart
-graph
Heart
-ia
Heart
isch/o
Heart
spir/o
Heart
-meter
Heart
-emia
Below,deficient
-sclerosis
Below,deficient
ather/o
Below,deficient
cardio/o
Below,deficient
electr/o
Below,deficient
-gram
Below,deficient
hypo-
Below,deficient
ox/i
Below,deficient
-metry
Below,deficient
-graph
Below,deficient
-ia
Below,deficient
isch/o
Below,deficient
spir/o
Below,deficient
-meter
Below,deficient
-emia
Hardening of
-sclerosis
Hardening of
ather/o
Hardening of
cardio/o
Hardening of
electr/o
Hardening of
-gram
Hardening of
hypo-
Hardening of
ox/i
Hardening of
-metry
Hardening of
-graph
Hardening of
-ia
Hardening of
isch/o
Hardening of
spir/o
Hardening of
-meter
Hardening of
-emia
Condition of diseased or abnormal state
-sclerosis
Condition of diseased or abnormal state
ather/o
Condition of diseased or abnormal state
cardio/o
Condition of diseased or abnormal state
electr/o
Condition of diseased or abnormal state
-gram
Condition of diseased or abnormal state
hypo-
Condition of diseased or abnormal state
ox/i
Condition of diseased or abnormal state
-metry
Condition of diseased or abnormal state
-graph
Condition of diseased or abnormal state
-ia
Condition of diseased or abnormal state
isch/o
Condition of diseased or abnormal state
spir/o
Condition of diseased or abnormal state
-meter
Condition of diseased or abnormal state
-emia
Instrument used to record
-sclerosis
Instrument used to record
ather/o
Instrument used to record
cardio/o
Instrument used to record
electr/o
Instrument used to record
-gram
Instrument used to record
hypo-
Instrument used to record
ox/i
Instrument used to record
-metry
Instrument used to record
-graph
Instrument used to record
-ia
Instrument used to record
isch/o
Instrument used to record
spir/o
Instrument used to record
-meter
Instrument used to record
-emia
Deficiency,blockage
-sclerosis
Deficiency,blockage
ather/o
Deficiency,blockage
cardio/o
Deficiency,blockage
electr/o
Deficiency,blockage
-gram
Deficiency,blockage
hypo-
Deficiency,blockage
ox/i
Deficiency,blockage
-metry
Deficiency,blockage
-graph
Deficiency,blockage
-ia
Deficiency,blockage
isch/o
Deficiency,blockage
spir/o
Deficiency,blockage
-meter
Deficiency,blockage
-emia
Electrical,electrical activity
-sclerosis
Electrical,electrical activity
ather/o
Electrical,electrical activity
cardio/o
Electrical,electrical activity
electr/o
Electrical,electrical activity
-gram
Electrical,electrical activity
hypo-
Electrical,electrical activity
ox/i
Electrical,electrical activity
-metry
Electrical,electrical activity
-graph
Electrical,electrical activity
-ia
Electrical,electrical activity
isch/o
Electrical,electrical activity
spir/o
Electrical,electrical activity
-meter
Electrical,electrical activity
-emia
Breathe,breathing
-sclerosis
Breathe,breathing
ather/o
Breathe,breathing
cardio/o
Breathe,breathing
electr/o
Breathe,breathing
-gram
Breathe,breathing
hypo-
Breathe,breathing
ox/i
Breathe,breathing
-metry
Breathe,breathing
-graph
Breathe,breathing
-ia
Breathe,breathing
isch/o
Breathe,breathing
spir/o
Breathe,breathing
-meter
Breathe,breathing
-emia
Measurement
-sclerosis
Measurement
ather/o
Measurement
cardio/o
Measurement
electr/o
Measurement
-gram
Measurement
hypo-
Measurement
ox/i
Measurement
-metry
Measurement
-graph
Measurement
-ia
Measurement
isch/o
Measurement
spir/o
Measurement
-meter
Measurement
-emia
Blood condition
-sclerosis
Blood condition
ather/o
Blood condition
cardio/o
Blood condition
electr/o
Blood condition
-gram
Blood condition
hypo-
Blood condition
ox/i
Blood condition
-metry
Blood condition
-graph
Blood condition
-ia
Blood condition
isch/o
Blood condition
spir/o
Blood condition
-meter
Blood condition
-emia
Instrument used to measure
-sclerosis
Instrument used to measure
ather/o
Instrument used to measure
cardio/o
Instrument used to measure
electr/o
Instrument used to measure
-gram
Instrument used to measure
hypo-
Instrument used to measure
ox/i
Instrument used to measure
-metry
Instrument used to measure
-graph
Instrument used to measure
-ia
Instrument used to measure
isch/o
Instrument used to measure
spir/o
Instrument used to measure
-meter
Instrument used to measure
-emia
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43
All of the following may require home oxygen therapy except

A)COPD.
B)congestive heart failure.
C)hepatitis.
D)cystic fibrosis.
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44
What information is included on a prescription for home oxygen therapy?

A)Amount of oxygen needed by the patient
B)Duration of oxygen needed by the patient
C)Recommended oxygen delivery system
D)Administration device
E)All of the above
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45
Match between columns
T wave
Represents the contraction of the atria
T wave
Represents the contraction of the ventricles
T wave
Represents the electrical recovery of the ventricles
T wave
Represents the time from the beginning of atrial depolarization to the beginning of ventricular depolarization
T wave
Represents the time interval from the beginning of ventricular depolarization to the end of repolarization of the ventricles
T wave
Represents the time from the end of atrial depolarization to the beginning of ventricular depolarization
T wave
Represents the time from the end of ventricular depolarization to the beginning of repolarization of the ventricles
T wave
Represents the period of time when the heart rests
P wave
Represents the contraction of the atria
P wave
Represents the contraction of the ventricles
P wave
Represents the electrical recovery of the ventricles
P wave
Represents the time from the beginning of atrial depolarization to the beginning of ventricular depolarization
P wave
Represents the time interval from the beginning of ventricular depolarization to the end of repolarization of the ventricles
P wave
Represents the time from the end of atrial depolarization to the beginning of ventricular depolarization
P wave
Represents the time from the end of ventricular depolarization to the beginning of repolarization of the ventricles
P wave
Represents the period of time when the heart rests
P-R interval
Represents the contraction of the atria
P-R interval
Represents the contraction of the ventricles
P-R interval
Represents the electrical recovery of the ventricles
P-R interval
Represents the time from the beginning of atrial depolarization to the beginning of ventricular depolarization
P-R interval
Represents the time interval from the beginning of ventricular depolarization to the end of repolarization of the ventricles
P-R interval
Represents the time from the end of atrial depolarization to the beginning of ventricular depolarization
P-R interval
Represents the time from the end of ventricular depolarization to the beginning of repolarization of the ventricles
P-R interval
Represents the period of time when the heart rests
ST segment
Represents the contraction of the atria
ST segment
Represents the contraction of the ventricles
ST segment
Represents the electrical recovery of the ventricles
ST segment
Represents the time from the beginning of atrial depolarization to the beginning of ventricular depolarization
ST segment
Represents the time interval from the beginning of ventricular depolarization to the end of repolarization of the ventricles
ST segment
Represents the time from the end of atrial depolarization to the beginning of ventricular depolarization
ST segment
Represents the time from the end of ventricular depolarization to the beginning of repolarization of the ventricles
ST segment
Represents the period of time when the heart rests
Q-T interval
Represents the contraction of the atria
Q-T interval
Represents the contraction of the ventricles
Q-T interval
Represents the electrical recovery of the ventricles
Q-T interval
Represents the time from the beginning of atrial depolarization to the beginning of ventricular depolarization
Q-T interval
Represents the time interval from the beginning of ventricular depolarization to the end of repolarization of the ventricles
Q-T interval
Represents the time from the end of atrial depolarization to the beginning of ventricular depolarization
Q-T interval
Represents the time from the end of ventricular depolarization to the beginning of repolarization of the ventricles
Q-T interval
Represents the period of time when the heart rests
P-R segment
Represents the contraction of the atria
P-R segment
Represents the contraction of the ventricles
P-R segment
Represents the electrical recovery of the ventricles
P-R segment
Represents the time from the beginning of atrial depolarization to the beginning of ventricular depolarization
P-R segment
Represents the time interval from the beginning of ventricular depolarization to the end of repolarization of the ventricles
P-R segment
Represents the time from the end of atrial depolarization to the beginning of ventricular depolarization
P-R segment
Represents the time from the end of ventricular depolarization to the beginning of repolarization of the ventricles
P-R segment
Represents the period of time when the heart rests
QRS complex
Represents the contraction of the atria
QRS complex
Represents the contraction of the ventricles
QRS complex
Represents the electrical recovery of the ventricles
QRS complex
Represents the time from the beginning of atrial depolarization to the beginning of ventricular depolarization
QRS complex
Represents the time interval from the beginning of ventricular depolarization to the end of repolarization of the ventricles
QRS complex
Represents the time from the end of atrial depolarization to the beginning of ventricular depolarization
QRS complex
Represents the time from the end of ventricular depolarization to the beginning of repolarization of the ventricles
QRS complex
Represents the period of time when the heart rests
Baseline
Represents the contraction of the atria
Baseline
Represents the contraction of the ventricles
Baseline
Represents the electrical recovery of the ventricles
Baseline
Represents the time from the beginning of atrial depolarization to the beginning of ventricular depolarization
Baseline
Represents the time interval from the beginning of ventricular depolarization to the end of repolarization of the ventricles
Baseline
Represents the time from the end of atrial depolarization to the beginning of ventricular depolarization
Baseline
Represents the time from the end of ventricular depolarization to the beginning of repolarization of the ventricles
Baseline
Represents the period of time when the heart rests
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46
The purpose of a peak flow meter is to

A)diagnose asthma.
B)prevent an asthma attack.
C)measure how quickly air flows out of the lungs.
D)deliver asthma medication to the lungs.
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47
Which of the following are asthma triggers?

A)House dust
B)Tobacco smoke
C)Animal dander
D)Vigorous physical exercise
E)All of the above
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48
What is the term for the maximal volume of air that can be expired when the patient exhales as forcefully and rapidly as possible and for as long as possible?

A)FEV1
B)FVC
C)FEV1/FVC ratio
D)Exhalation
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49
Oxygen combines with glucose in the cells of the body to produce

A)lactose.
B)adrenalin.
C)energy.
D)insulin.
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50
All of the following are characteristics of a low range peak flow meter except

A)can be purchased OTC.
B)is used by adults.
C)is used by children.
D)ranges from zero to 300.
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51
Which of the following may occur when the body cannot maintain an adequate oxygen level?

A)Death of cells
B)Organ failure
C)Body system failure
D)Death
E)All of the above
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52
Which of the following oxygen delivery systems separates oxygen from the air for use by the patient?

A)Compressed oxygen gas
B)Liquid oxygen
C)Oxygen concentrator
D)Oxygen compressor
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53
Which of the following is a characteristic of quick-relief asthma medication?

A)It quickly opens up the airways.
B)It is usually taken every day.
C)It is used to prevent asthma symptoms.
D)It helps to relieve bronchial inflammation.
E)All of the above are correct answers.
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54
All of the following are characteristics of asthma except

A)it is a chronic disease with no cure.
B)symptoms include wheezing, shortness of breath, and chest tightness.
C)primarily affects the alveolar ducts and alveoli of the lungs.
D)most often affects children and young adults.
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55
Peak flow measurements can be used for all of the following except to

A)monitor how well the patient's asthma is being controlled.
B)determine if a patient's medication needs to be changed.
C)determine the severity of an asthma attack.
D)determine if lung damage has occurred.
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56
What happens to the bronchial tubes during an asthma attack?

A)They dilate and go into a spasm.
B)They become hard and stiff.
C)They become hyposensitive to allergens.
D)They constrict, swell, and become clogged with mucus.
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57
All of the following are patient preparation requirements for spirometry except

A)do not eat a heavy meal for 8 hours before the test.
B)wear loose, nonrestrictive clothing.
C)do not take aspirin for 4 hours before the test.
D)stop smoking at least 8 hours before the test.
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58
All of the following are symptoms of a low oxygen level in the body except

A)cyanosis of the lips and fingernails.
B)erythema and hives.
C)drowsiness and confusion.
D)difficult or irregular breathing.
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59
Match each of the following components of the ECG graph cycle with its definition.
a.Represents the time interval from the beginning of ventricular depolarization to the end of repolarization of the ventricles
b.Represents the electrical recovery of the ventricles
c.Represents the contraction of the ventricles
d.Represents the time from the end of ventricular depolarization to the beginning of repolarization of the ventricles
e.Represents the contraction of the atria
f.Represents the time from the end of atrial depolarization to the beginning of ventricular depolarization
g.Represents the time from the beginning of atrial depolarization to the beginning of ventricular depolarization
h.Represents the period of time when the heart rests
1.P wave
2.QRS complex
3.T wave
4.P-R interval
5.Q-T interval
6.P-R segment
7.ST segment
8.Baseline
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59
All of the following can lead to inaccurate peak flow measurements except

A)patient is fearful and anxious.
B)not moving the indicator to the bottom of the numbered scale.
C)not changing the disposable mouthpiece between patients.
D)a crack in the peak flow meter.
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60
Match each word part meaning with its correct word part.
a.ather/o
b.cardio/o
c.electr/o
d.-emia
e.-gram
f.-graph
g.hypo-
h.-ia
i.isch/o
j.-meter
k.-metry
l.ox/i
m.-sclerosis
n.spir/o
9.Hardening of
10.Yellowish,fatty plaque
11.Heart
12.Electrical,electrical activity
13.Record of
14.Below,deficient
15.Oxygen
16.Measurement
17.Instrument used to record
18.Condition of diseased or abnormal state
19.Deficiency,blockage
20.Breathe,breathing
21.Instrument used to measure
22.Blood condition
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60
Which of the following is not a guideline for measuring peak flow rate?

A)Tightly seal the lips around the mouthpiece.
B)Take a deep breath until the lungs are full.
C)Blow all the air out of the lungs as fast as possible.
D)Calculate an average of 3 acceptable breathing maneuvers.
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Unlock Deck
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