25. CCA Practice Quiz: Measuring, Assessing, and Reporting Respirations

Respiration questions often ask you to notice small differences between observations, follow the counting process in the right order, and decide what information needs recording or reporting. You will also see age-related ranges, procedure rationales, post-procedure actions, and Nova Scotia CCA role boundaries. Expect direct knowledge, comparisons, procedure questions, and practical judgment.

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#1. How should a CCA move from taking a radial pulse to counting respirations?

Correct answer: B. Keep holding the wrist so the client believes the pulse is still being taken.

Explanation: Respirations are counted immediately after the pulse while the CCA continues holding the wrist. This creates a smooth transition without alerting the client to the respiration count.

Why A is wrong: Telling the client risks changing the breathing pattern.
Why C is wrong: The chest is observed visually while the wrist remains held.
Why D is wrong: Directing the client’s breathing alerts the client and can influence the pattern.

#2. Which method correctly identifies one respiration?

Correct answer: A. Count one chest rise and the following chest fall as one respiration.

Explanation: One respiration includes one inhalation and one exhalation. The chest rises with inhalation and falls with exhalation, so the complete rise-and-fall cycle counts as one.

Why B is wrong: It counts the two parts of one respiration separately and produces a false count.
Why C is wrong: A respiration includes both inhalation and exhalation.
Why D is wrong: The chest fall represents only one part of the breathing cycle.

#3. Which pair represents respiratory observations that should be reported and recorded?

Correct answer: B. Respiratory rhythm and pain or difficulty breathing

Explanation: The CCA records and reports whether the respiratory rhythm is regular or irregular and whether the client has pain or difficulty breathing.

Why A is wrong: Pulse force belongs to pulse assessment.
Why C is wrong: Temperature is a separate vital sign.
Why D is wrong: Blood pressure is not one of the listed respiratory observations.

#4. Which sequence best preserves an accurate count when regular respirations are measured after a radial pulse?

Correct answer: B. Keep holding the wrist, observe the chest for 30 seconds, and double the count.

Explanation: The CCA continues holding the wrist so the client remains unaware, watches chest movement, and uses a 30-second count multiplied by two when respirations are regular.

Why A is wrong: Explaining the count can alter the breathing pattern.
Why C is wrong: Asking for deep breaths changes the natural respiratory pattern.
Why D is wrong: Releasing the wrist removes the concealed transition, and a full-minute count is not divided by two.

#5. Which pair correctly matches adolescent and adult respiratory ranges?

Correct answer: A. Adolescent 16–19, adult 12–20

Explanation: Adolescents aged 13 to 18 years have a normal range of 16 to 19 respirations per minute. Adults older than 18 years have a range of 12 to 20.

Why B is wrong: It reverses the two ranges.
Why C is wrong: The adolescent range shown applies to children and preadolescents.
Why D is wrong: The adult range shown applies to children and preadolescents.

#6. What term does Nova Scotia use for a CCA’s ongoing observations?

Correct answer: B. Observational point of care assessment

Explanation: Nova Scotia uses the term observational point of care assessment, or POC, for ongoing observations made by a CCA.

Why A is wrong: A comprehensive clinical evaluation describes a broader type of assessment.
Why C is wrong: The CCA’s ongoing observation is not a nursing diagnostic assessment.
Why D is wrong: The term does not describe independent care planning.

#7. A CCA counts 14 regular respirations in 30 seconds. What rate should be recorded?

Correct answer: A. 28 respirations per minute

Explanation: A regular 30-second respiration count is multiplied by two. Fourteen multiplied by two equals 28 respirations per minute.

Why B is wrong: It leaves the 30-second count unchanged.
Why C is wrong: It does not follow the stated calculation.
Why D is wrong: It multiplies the count by four rather than two.

#8. Which statement best describes a Nova Scotia CCA observational point of care assessment?

Correct answer: C. It involves ongoing CCA observations without becoming a comprehensive nursing assessment.

Explanation: Observational point of care assessment describes the CCA’s ongoing observations. It is not a nursing assessment and does not authorize a comprehensive evaluation for clinical decision-making or care planning.

Why A is wrong: It incorrectly turns the CCA observation role into a nursing assessment.
Why B is wrong: Comprehensive evaluation for care planning falls outside this observational role.
Why D is wrong: The observational role does not provide independent clinical decision-making authority.

#9. Why should respiratory findings be written on the notepad or assignment sheet?

Correct answer: A. To support accurate recording on the client’s record

Explanation: Recording the rate and observations on the notepad or assignment sheet helps ensure accurate transfer of information to the client’s record.

Why B is wrong: Written recording does not replace required reporting.
Why C is wrong: The observations determine the respiratory findings, not the act of writing them down.
Why D is wrong: The CCA does not independently use this step to change the care plan.

#10. Which group should the CCA observe while counting respirations?

Correct answer: B. Regularity, equal chest movement, depth, and pain or breathing difficulty

Explanation: During the procedure, the CCA observes respiratory regularity, whether both sides of the chest rise uniformly, respiratory depth, and pain or difficulty breathing.

Why A is wrong: Pulse force and temperature belong to other assessments.
Why C is wrong: Blood pressure and pulse strength do not belong to this respiratory observation set.
Why D is wrong: Temperature and pulse rhythm are not part of the stated respiration observations.

#11. Which comparison between shallow and deep breathing is correct?

Correct answer: A. Shallow breathing produces little chest movement, while deep breathing produces marked chest movement.

Explanation: Shallow breathing involves little chest movement. Deep breathing produces a much greater rise and fall with each breath.

Why B is wrong: It reverses the descriptions of shallow and deep breathing.
Why C is wrong: Depth and rhythm are separate respiratory characteristics.
Why D is wrong: Bilateral chest movement describes uniformity rather than depth.

#12. Which information belongs in the final report and record of the respiration procedure?

Correct answer: A. Actions taken, time of day, and respiratory observations and basic assessments

Explanation: The final documentation includes the actions performed, the time respirations were taken, and the related observations and basic assessments, according to employer policy.

Why B is wrong: Pulse force and usual blood pressure are not the required final respiration-procedure information.
Why C is wrong: A diagnosis and independent care-plan changes are not part of this reporting step.
Why D is wrong: Treatment decisions and medical history are not the specified documentation elements.

#13. Which pair of respiratory ranges is correctly matched?

Correct answer: C. Toddler 25–32, child 20–30

Explanation: A toddler’s normal range is 25 to 32 respirations per minute. A child or preadolescent aged 3 to 12 years has a range of 20 to 30.

Why A is wrong: It reverses the toddler and child ranges.
Why B is wrong: The first range belongs to infants.
Why D is wrong: The second range belongs to adolescents.

#14. How is a regular respiratory rate commonly calculated?

Correct answer: A. Count for 30 seconds and multiply by two.

Explanation: For regular respirations, the procedure uses a 30-second count multiplied by two to obtain the rate per minute. Employer policy also applies.

Why B is wrong: That method is not the stated respiration-counting procedure.
Why C is wrong: This calculation is not part of the procedure.
Why D is wrong: Dividing a full-minute count would not give the respirations per minute.

#15. Which comparison of normal respiratory rates is accurate?

Correct answer: B. Toddlers normally have a higher range than adolescents.

Explanation: Toddlers have a range of 25 to 32 respirations per minute, while adolescents have a range of 16 to 19. Respiratory ranges generally decrease across these age groups.

Why A is wrong: It reverses the relationship between the two ranges.
Why C is wrong: Infant and adolescent ranges differ substantially.
Why D is wrong: Newborns have a much higher respiratory range than adults.

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