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Advent Health EKG Exam 2026 | Practice Questions & Answers | ECG Review

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Prepare for the Advent Health EKG examination with a focused 2026 exam preparation resource featuring practice questions, answers, and review material. Topics include EKG acquisition and patient preparation, electrode and lead placement, cardiac electrical conduction, waveform interpretation, heart rate and rhythm analysis, normal sinus rhythm, atrial and ventricular arrhythmias, junctional rhythms, atrioventricular blocks, bundle branch blocks, myocardial ischemia and infarction patterns, electrolyte-related ECG changes, and emergency dysrhythmias. The resource also supports review of 12-lead ECG interpretation, artifact recognition, patient safety, documentation, and basic cardiac monitoring concepts. Use it as a supplementary study resource to reinforce EKG knowledge and prepare for competency assessments alongside appropriate course materials.

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Advent Health EKG 2026 |Actual Exam Set Questions And
Verified Answers (Correct solutions) | Get It 100%
Accurate!!
1. If a patient is experiencing ventricular fibrillation, what immediate intervention
should be prioritized to restore normal heart function?

Monitoring heart rate

Administration of beta-blockers

Increased fluid intake

Defibrillation

2. What does the PR interval indicate?

Depolarization of the atria

Repolarization of the ventricles

Atrial depolarization and the time for the impulse to travel from AV
node to ventricles

Depolarization of the ventricles

3. What is the primary purpose of transcutaneous pacing?

To stimulate heartbeats externally

To administer medication

To perform heart surgery

To monitor heart rhythm

4. If a patient with a pacemaker experiences symptoms of bradycardia despite
the device being functional, what could be a potential cause related to
oversensing?

, The pacemaker's battery may be low, causing it to malfunction.

The pacemaker may be oversensing electrical noise, interpreting it
as normal heart activity and failing to pace appropriately.

The pacemaker leads may be dislodged, preventing proper sensing.

The patient may have developed a new arrhythmia that the pacemaker
cannot detect.

5. What is the effect of a heart block:

plugs up the coronary arteries, depriving the heart muscle of oxygen
and nutrients, causing local cell death

blocks the atrio-ventricular conducting system, thus abolishing the
synchronization of atria and ventricles

causes the ventricles to become the overall heart "pacemaker"

would only operate in stress conditions

prevents the atria from contracting

6. If a patient presents with a ventricular rate of 120 bpm and exhibits
characteristics of a junctional rhythm, how would you classify their condition?

Normal sinus rhythm

Ventricular fibrillation

Junctional tachycardia

Atrial fibrillation

7. What is the maximum QRS duration for narrow complex supraventricular
tachycardia (NCSVT)?

0.10 seconds

, 0.08 seconds

0.12 seconds

0.15 seconds

8. What is the consequence of failure to sense in pacemaker function?

Decreased blood pressure

Inappropriate pacing spikes

Increased heart rate

Arrhythmias

9. What is the primary characteristic of a 3rd Degree Heart Block?

Complete dissociation between atrial and ventricular activity

Ventricular activity is faster than atrial activity

Increased heart rate

Regular atrial and irregular ventricular rhythms

10. What is the heart rate range that defines sinus tachycardia?

80-120 bpm

60-100 bpm

150-200 bpm

100-150 bpm

11. What is the primary function of P waves in an EKG?

Ventricular repolarization

Atrial depolarization

, Atrial repolarization

Ventricular depolarization

12. Which of the following statements about PVCs is true?

PVCs originate from only one site in the ventricles.

PVCs have no effect on the conduction of normal impulses.

PVCs will not lead to ventricular tachycardia.

PVCs may be unifocal or multifocal in origin.

13. Impulse of junctional rhythm originates from:

Ventricle

AV node

SA node

Bundle of His

Purkinje

14. Describe how sinus bradycardia differs from normal sinus rhythm (NSR) in
terms of heart rate.

Sinus bradycardia has a heart rate of less than 60 bpm, while
normal sinus rhythm has a heart rate between 60 and 100 bpm.

Sinus bradycardia occurs only during sleep, while normal sinus
rhythm occurs during wakefulness.

Sinus bradycardia is characterized by irregular rhythms, while normal
sinus rhythm is regular.

Sinus bradycardia has a heart rate of 60 to 100 bpm, while normal
sinus rhythm has a heart rate of less than 60 bpm.

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September 12, 2026
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