NCC EFM CERTIFICATION EXAM 2026 – ELECTRONIC FETAL MONITORING PRACTICE TEST BANK WITH VERIFIED QUESTIONS, CORRECT ANSWERS & DETAILED RATIONALES | A GRADE UPDATED EDITION

NCC EFM CERTIFICATION EXAM 2026 –
ELECTRONIC FETAL MONITORING PRACTICE TEST
BANK WITH VERIFIED QUESTIONS, CORRECT
ANSWERS & DETAILED RATIONALES | A GRADE
UPDATED EDITION
• This 209-question NCC EFM Certification Exam 2026 Practice Test Bank contains
verified questions with five answer options each, a clearly marked CORRECT
ANSWER, and detailed evidence-based EXPERT RATIONALE — covering every
domain tested on the national exam. • Use this material for active recall and self-
assessment: attempt each question independently before checking the CORRECT
ANSWER and EXPERT RATIONALE, then revisit any topic where you score below
80% for targeted review.

━━━━━━NCC EFM CERTIFICATION EXAM 2026 – 209 PRACTICE QUESTIONS

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QUESTION 1

The normal fetal heart rate baseline, as defined by the NICHD (2008), is:

A. 100–150 beats per minute

B. 100–160 beats per minute

C. 110–160 beats per minute

D. 120–160 beats per minute

E. 110–170 beats per minute

★ CORRECT ANSWER: C. 110–160 beats per minute

EXPERT RATIONALE: The NICHD 2008 consensus defines the normal FHR
baseline as 110–160 bpm, assessed over a 10-minute window excluding
accelerations, decelerations, and periods of marked variability. Values below 110
bpm constitute bradycardia; values above 160 bpm constitute tachycardia.

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QUESTION 2

,Fetal tachycardia is defined as a baseline FHR above which value for at least 10
minutes?

A. 150 bpm

B. 155 bpm

C. 160 bpm

D. 170 bpm

E. 180 bpm

★ CORRECT ANSWER: C. 160 bpm

EXPERT RATIONALE: Fetal tachycardia is a baseline FHR >160 bpm persisting
for 10 minutes or longer. This duration requirement distinguishes a true baseline
change from a transient acceleration. Common causes include maternal fever,
chorioamnionitis, and beta-adrenergic medications.

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QUESTION 3

Fetal bradycardia is defined as a baseline FHR below which value for at least 10
minutes?

A. 100 bpm

B. 105 bpm

C. 110 bpm

D. 115 bpm

E. 120 bpm

★ CORRECT ANSWER: C. 110 bpm

EXPERT RATIONALE: NICHD defines fetal bradycardia as a baseline FHR <110
bpm lasting ≥10 minutes. A deceleration that lasts ≥10 minutes is considered a
baseline change. Causes include fetal hypoxia, cord compression, maternal
hypotension, and medications such as beta-blockers.

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QUESTION 4

Over what minimum time window must the FHR be assessed to determine the
baseline?

A. 5 minutes

B. 8 minutes

C. 10 minutes

D. 15 minutes

E. 20 minutes

★ CORRECT ANSWER: C. 10 minutes

EXPERT RATIONALE: The NICHD requires a minimum 10-minute window to
establish the FHR baseline, and that window must exclude accelerations,
decelerations, and periods of marked variability. If ≥2 minutes of identifiable
baseline are not present in a 10-minute segment, the baseline is indeterminate.

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QUESTION 5

Which of the following is EXCLUDED when determining the FHR baseline?

A. Periods of moderate variability

B. Periods of minimal variability

C. Accelerations and decelerations

D. Periods of absent variability

E. Normal sinus rhythm segments

★ CORRECT ANSWER: C. Accelerations and decelerations

, EXPERT RATIONALE: When calculating the FHR baseline, accelerations,
decelerations, and periods of marked variability are excluded. The baseline reflects
the mean level of the FHR rounded to the nearest 5 bpm during a 10-minute
window with at least 2 minutes of identifiable baseline.

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QUESTION 6

A patient develops a fever of 38.5°C during labor. The most expected EFM finding is:

A. Fetal bradycardia

B. Sinusoidal pattern

C. Fetal tachycardia

D. Absent variability

E. Recurrent late decelerations

★ CORRECT ANSWER: C. Fetal tachycardia

EXPERT RATIONALE: Maternal fever elevates the fetal metabolic rate and
increases fetal oxygen demand, leading to fetal tachycardia. Each 1°C rise in
maternal temperature increases the FHR by approximately 10 bpm.
Chorioamnionitis is a common cause of maternal fever and associated fetal
tachycardia.

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QUESTION 7

Which medication is MOST likely to cause fetal tachycardia?

A. Magnesium sulfate

B. Betamethasone

C. Terbutaline

D. Propranolol