Paramedic National Test Prep Cardiac Study
Paramedic
Guide 2026_2027.pdf
National Test Prep Cardiac Study
Paramedic
Guide 2026_2027.pdf
National Test Prep Cardiac Study Guide 2026_2027.pdf
Paramedic National Test Prep
Cardiac Study Guide 2026/2027
Paramedic National Test Prep Cardiac Study
Paramedic
Guide 2026_2027.pdf
National Test Prep Cardiac Study
Paramedic
Guide 2026_2027.pdf
National Test Prep Cardiac Study Guide 2026_2027.pdf
,Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf
Where is the point of maximal impulse (PMI) located in most people?
A: Directly over the sternum, approximately 1" to the left of the angle of Louis
B: Left anterior chest, in the midclavicular line, at the fifth intercostal space
C: Left anterior chest, on the left sternal border, at the fourth intercostal space
D: Left anterolateral chest, in the midaxillary line, at the fifth intercostal space
B: Left anterior chest, in the midclavicular line, at the fifth intercostal space
When administering epinephrine to a patient in cardiac arrest, the MAIN desired effect is:
A: beta-1 receptor stimulation, which increases cardiac contractility.
B: vasoconstriction, which improves coronary and cerebral perfusion.
C: bronchodilation, which facilitates positive-pressure ventilation.
D: coronary artery dilation, which decreases the myocardial workload.
B: vasoconstriction, which improves coronary and cerebral perfusion
Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf
,Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf
The main purpose of listening to heart sounds is to:
A: evaluate the location of the point of maximal impulse (PMI).
B: assess the rate, regularity, and quality of the heartbeat.
C: determine if the cardiac valves are functioning properly.
D: assess for an S4 sound, which indicates a weak left ventricle.
C: determine if the cardiac valves are functioning properly
Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf
, Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf
A 35-year-old female experienced a syncopal episode shortly after complaining of
palpitations. She was reportedly unconscious for less than 10 seconds. Upon your arrival,
she is conscious and alert, denies any injuries, and states that she feels fine. She further
denies any significant medical history. Her vital signs are stable and the cardiac monitor
reveals a sinus rhythm with frequent premature atrial complexes. On the basis of this
information, what MOST likely caused her syncopal episode?
A: A brief episode of ventricular tachycardia
B: A sudden increase in cardiac output
C: Aberrant conduction through the ventricles
D: Paroxysmal supraventricular tachycardia
D: Paroxysmal supraventricular tachycardia
Reason:
Syncope (fainting) of cardiac origin is caused by a sudden decrease in cerebral perfusion
secondary to a decrease in cardiac output. This is usually the result of an acute
bradydysrhythmia or tachydysrhythmia. In this particular patient, the presence of frequent
premature atrial complexes (PACs), which indicates atrial irritability, suggests paroxysmal
supraventricular tachycardia (PSVT) as the underlying dysrhythmia that caused her syncopal
episode. In PSVT, the heart is beating so fast that ventricular filling and cardiac output
decrease, which results in a transient decrease in cerebral perfusion. Not all patients with
Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf
Paramedic
Guide 2026_2027.pdf
National Test Prep Cardiac Study
Paramedic
Guide 2026_2027.pdf
National Test Prep Cardiac Study Guide 2026_2027.pdf
Paramedic National Test Prep
Cardiac Study Guide 2026/2027
Paramedic National Test Prep Cardiac Study
Paramedic
Guide 2026_2027.pdf
National Test Prep Cardiac Study
Paramedic
Guide 2026_2027.pdf
National Test Prep Cardiac Study Guide 2026_2027.pdf
,Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf
Where is the point of maximal impulse (PMI) located in most people?
A: Directly over the sternum, approximately 1" to the left of the angle of Louis
B: Left anterior chest, in the midclavicular line, at the fifth intercostal space
C: Left anterior chest, on the left sternal border, at the fourth intercostal space
D: Left anterolateral chest, in the midaxillary line, at the fifth intercostal space
B: Left anterior chest, in the midclavicular line, at the fifth intercostal space
When administering epinephrine to a patient in cardiac arrest, the MAIN desired effect is:
A: beta-1 receptor stimulation, which increases cardiac contractility.
B: vasoconstriction, which improves coronary and cerebral perfusion.
C: bronchodilation, which facilitates positive-pressure ventilation.
D: coronary artery dilation, which decreases the myocardial workload.
B: vasoconstriction, which improves coronary and cerebral perfusion
Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf
,Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf
The main purpose of listening to heart sounds is to:
A: evaluate the location of the point of maximal impulse (PMI).
B: assess the rate, regularity, and quality of the heartbeat.
C: determine if the cardiac valves are functioning properly.
D: assess for an S4 sound, which indicates a weak left ventricle.
C: determine if the cardiac valves are functioning properly
Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf
, Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf
A 35-year-old female experienced a syncopal episode shortly after complaining of
palpitations. She was reportedly unconscious for less than 10 seconds. Upon your arrival,
she is conscious and alert, denies any injuries, and states that she feels fine. She further
denies any significant medical history. Her vital signs are stable and the cardiac monitor
reveals a sinus rhythm with frequent premature atrial complexes. On the basis of this
information, what MOST likely caused her syncopal episode?
A: A brief episode of ventricular tachycardia
B: A sudden increase in cardiac output
C: Aberrant conduction through the ventricles
D: Paroxysmal supraventricular tachycardia
D: Paroxysmal supraventricular tachycardia
Reason:
Syncope (fainting) of cardiac origin is caused by a sudden decrease in cerebral perfusion
secondary to a decrease in cardiac output. This is usually the result of an acute
bradydysrhythmia or tachydysrhythmia. In this particular patient, the presence of frequent
premature atrial complexes (PACs), which indicates atrial irritability, suggests paroxysmal
supraventricular tachycardia (PSVT) as the underlying dysrhythmia that caused her syncopal
episode. In PSVT, the heart is beating so fast that ventricular filling and cardiac output
decrease, which results in a transient decrease in cerebral perfusion. Not all patients with
Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf Paramedic National Test Prep_ Cardiac.pdf
