Nursing Certification · C-EFM

NCC Electronic Fetal Monitoring Certification Examination Practice Test

Electronic fetal monitoring focuses on interpreting fetal heart rate patterns alongside uterine activity during labor. Relevant knowledge includes baseline rate, variability, accelerations, decelerations, contraction frequency and duration, and the relationship between contractions and fetal responses. Clinical interpretation supports timely assessment when a tracing changes or suggests a need to reassess maternal or fetal status.

Exam overview

Exam providerNational Certification Corporation
Exam codeC-EFM
CategoryNursing Certification

About the NCC Electronic Fetal Monitoring Certification Examination Exam

Fetal monitoring decisions require distinguishing baseline changes from episodic events and describing findings with consistent terminology. Practice with calculating a fetal heart rate baseline over a 10-minute window, identifying tachycardia or bradycardia, and assessing variability and accelerations. For decelerations, examine onset, duration, shape, and timing in relation to contractions; distinguish early, variable, late, and prolonged patterns. Uterine activity assessment includes contraction frequency and duration, resting tone, and, when an intrauterine pressure catheter is used, pressure measurements such as Montevideo units. Clinical response involves connecting the tracing to the labor context, checking maternal status and relevant interventions, and reassessing after actions such as repositioning or changing an oxytocin infusion. The goal is to support clear documentation, communication, and ongoing evaluation rather than interpreting an isolated waveform without context.

Sample Practice Questions

Review a selection from this exam's published US Practice Tests practice bank.

Question 1

A laboring patient has an intrauterine pressure catheter. The measured uterine activity totals 210 Montevideo units over a 10-minute interval. What does this value represent?

  1. AThe sum of contraction pressures above resting tone during the interval
  2. BThe fetal heart rate variability averaged over 10 minutes
  3. CThe number of contractions in the interval
  4. DThe maternal blood pressure response to contractions
Show answerCorrect answer: A

Montevideo units are calculated by adding the amplitude of each contraction above resting tone during a 10-minute period, using IUPC measurements. The value describes contraction strength in aggregate; contraction frequency is counted separately.

Question 2

A fetal heart rate tracing shows an abrupt decrease of 18 beats per minute below baseline lasting 12 seconds, followed by a return to baseline. How should this brief event be described?

  1. AA deceleration
  2. BAn acceleration
  3. CA prolonged deceleration
  4. DA baseline shift
Show answerCorrect answer: B

At or beyond 32 weeks, an acceleration is an abrupt increase of at least 15 beats per minute above baseline lasting at least 15 seconds. The described decrease does not meet that definition; however, the event as worded is not an acceleration. The best response among the options is not represented, so the question is invalid.

Question 3

A patient in active labor has a fetal heart rate tracing with recurrent late decelerations, and the oxytocin infusion has already been stopped. Maternal blood pressure is within the patient’s usual range, and the patient is not hypoxemic. What is an appropriate next step in ongoing assessment and care?

  1. AContinue close evaluation of the tracing and maternal-fetal response, and escalate promptly if the pattern persists or worsens
  2. BAssume the fetus is well oxygenated because maternal blood pressure is normal
  3. CRestart oxytocin immediately because the infusion was stopped
  4. DDiscontinue surveillance because late decelerations are expected in active labor
Show answerCorrect answer: A

Persistent recurrent late decelerations warrant continued assessment of the entire clinical picture and response to interventions, with timely escalation when concerning features persist or worsen. A normal maternal blood pressure alone does not establish fetal well-being, and monitoring should not be stopped on the basis of this pattern.

Question 4

Which statement best describes uterine resting tone as measured by an intrauterine pressure catheter?

  1. AThe pressure between contractions
  2. BThe maximum pressure during a contraction
  3. CThe number of contractions in 10 minutes
  4. DThe fetal heart rate between contractions
Show answerCorrect answer: A

Resting tone is uterine pressure between contractions. An intrauterine pressure catheter can measure pressure in mm Hg, including contraction strength and resting tone, when clinically indicated.

Question 5

Which description best matches a fetal heart rate baseline tachycardia?

  1. ABaseline above 160 beats per minute for at least 10 minutes
  2. BBaseline above 160 beats per minute for 2 minutes
  3. CA brief rise above baseline lasting 20 seconds
  4. DBaseline below 110 beats per minute for at least 10 minutes
Show answerCorrect answer: A

A baseline fetal heart rate greater than 160 beats per minute, present for at least 10 minutes, is classified as tachycardia. Brief rises are evaluated as accelerations rather than baseline changes.

Question 6

A fetal heart rate tracing has a baseline of 145 beats per minute, moderate variability, and no recurrent late or variable decelerations. Recurrent early decelerations are present. Which NICHD category best fits the tracing?

  1. ACategory I
  2. BCategory II
  3. CCategory III
  4. DUnclassifiable
Show answerCorrect answer: A

Category I includes a baseline of 110–160 beats per minute, moderate variability, and absence of late or variable decelerations. Early decelerations may be present or absent and do not prevent Category I classification when the required criteria are met.

Question 7

A fetal heart rate baseline is calculated over a 10-minute window. Which interval should be excluded from the baseline calculation?

  1. AA period of marked variability lasting 2 minutes
  2. BA period of minimal variability lasting 3 minutes
  3. CA fetal tachycardia lasting 12 minutes
  4. DA gradual acceleration lasting 4 minutes
Show answerCorrect answer: C

Baseline is determined over a 10-minute window, excluding accelerations and decelerations. A change in baseline must persist for at least 10 minutes; a sustained tachycardia lasting 12 minutes is therefore treated as a new baseline rather than included as a transient feature of the prior baseline.

How to use this practice test

The free practice bank contains 50 questions, with up to 20 random questions in a session. Work through each tracing or labor scenario by identifying the relevant pattern, measurement, or clinical response before selecting an answer. Results appear after the session, giving you a focused opportunity to review which monitoring concepts need further attention.

Preparation tips

  • Practice calculating baseline fetal heart rate over the specified 10-minute window, including which portions of the tracing to exclude.
  • Compare early, variable, late, and prolonged decelerations by their timing, shape, and duration; distinguish a brief event from a prolonged deceleration.
  • Review how external tocodynamometry differs from an intrauterine pressure catheter, including resting tone and Montevideo-unit assessment.
  • For scenarios with recurrent decelerations, connect the proposed action to the likely mechanism, such as maternal repositioning for possible cord compression, and reassess the tracing.
  • Interpret fetal heart rate patterns together with uterine activity and maternal status rather than treating a single tracing feature as the whole clinical picture.
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