Midwife Licensure Exam Fundamentals of Care & the Health-Care Process — Vital Signs & Basic Physiologic MonitoringExam Answer Templates

Marks

1

Topic

Temperature — Normal Ranges

Difficulty

easy

Template Id

T1

Examiner Tip

Always specify the route (oral, rectal, axillary) even when the question seems to imply it — examiners reward precision.

Model Answer

The normal oral temperature for a healthy adult is 36.5°C to 37.5°C (average 37.0°C or 98.6°F).

Question Type

very_short_answer

Answer Structure

• State the normal range with correct units (°C) and include the average value for completeness [1 mark]

Scoring Breakdown

Common Mark Deductions

• Writing the rectal or axillary range instead of the oral range
• Omitting the unit (°C) entirely
• Giving only '37°C' without a range — too imprecise

Key Phrases To Include

• 36.5°C to 37.5°C
• oral
• average 37.0°C

Marks

2

Topic

Pulse — Deviations

Difficulty

easy

Template Id

T2

Examiner Tip

Always qualify with 'in adults' — NLE questions frequently test age-specific normal values, and specifying the population shows clinical awareness.

Model Answer

The normal adult pulse rate is 60–100 beats per minute (bpm). Tachycardia is a pulse rate greater than 100 bpm in adults. Bradycardia is a pulse rate less than 60 bpm in adults.

Question Type

very_short_answer

Answer Structure

• Line 1: State the normal adult pulse range [0.5 mark]
• Line 2: Define tachycardia with the specific threshold (>100 bpm) [0.75 mark]
• Line 3: Define bradycardia with the specific threshold (<60 bpm) [0.75 mark]

Scoring Breakdown

Common Mark Deductions

• Not specifying 'adult' — rates differ by age group
• Reversing the definitions (calling slow rate tachycardia)
• Writing '>100' for bradycardia or '<60' for tachycardia

Key Phrases To Include

• 60–100 bpm
• greater than 100 bpm
• less than 60 bpm
• adult

Marks

3

Topic

Temperature — Routes and Normal Ranges

Difficulty

medium

Template Id

T3

Examiner Tip

A memory trick: Rectal is deepest (inside), so it reads highest; Axillary is exposed (outside), so it reads lowest. State this logic briefly in your answer — examiners appreciate clinical reasoning.

Model Answer

Temperature measurement varies by site in terms of both accuracy and normal values: 1. Oral temperature: Normal range is 36.5–37.5°C (average 37.0°C). It is the most common route for cooperative adults. It may be altered by recent oral intake (food, drinks, smoking — wait 15–30 minutes before measuring). 2. Rectal temperature: Normal range is approximately 0.5°C HIGHER than oral (approximately 37.0–38.0°C). It is the MOST ACCURATE measurement of core body temperature and is used for infants, unconscious patients, or when precision is needed. It is contraindicated in rectal surgery, diarrhea, and cardiac patients (stimulates vagal response). 3. Axillary temperature: Normal range is approximately 0.5°C LOWER than oral (approximately 36.0–37.0°C). It is the SAFEST and LEAST INVASIVE route but also the LEAST ACCURATE. It is preferred for newborns and for general community use.

Question Type

short_answer

Answer Structure

• Point 1: Oral — state range, common use, and a limitation [1 mark]
• Point 2: Rectal — state range (0.5°C higher), note it is most accurate, and state a contraindication [1 mark]
• Point 3: Axillary — state range (0.5°C lower), note it is safest but least accurate [1 mark]

Scoring Breakdown

Common Mark Deductions

• Confusing which route is higher vs. lower (rectal is higher, axillary is lower)
• Not mentioning accuracy comparison between routes
• Omitting clinical context for when each route is indicated or contraindicated

Key Phrases To Include

• 0.5°C higher
• 0.5°C lower
• most accurate
• least accurate
• core temperature
• safest

Marks

3

Topic

Temperature — Febrile Response Phases

Difficulty

medium

Template Id

T4

Examiner Tip

The most frequently tested error is applying cooling measures during the chill/onset phase. Examiners specifically test whether you know to give WARMTH when the patient is shivering, even though the temperature is rising. State this clearly.

Model Answer

The febrile response occurs in three distinct phases: 1. Onset (Chill/Cold) Phase: The hypothalamic set point rises. The patient experiences shivering, chills, goosebumps (piloerection), pallor, and cold extremities. Nursing intervention: Provide blankets and warmth, as the patient feels cold despite the rising temperature. Monitor vital signs closely. 2. Course (Plateau/Flush) Phase: The fever is sustained at the new set point. The patient has warm, flushed skin, feels thirsty, and experiences malaise and weakness. Nursing intervention: Increase oral fluid intake to prevent dehydration, provide cooling measures such as tepid sponge bath, remove excess clothing, and administer antipyretics (paracetamol) as ordered. 3. Defervescence (Crisis/Flush) Phase: The set point returns to normal. The patient experiences profuse diaphoresis (sweating) and warm, flushed skin as the body releases excess heat. Nursing intervention: Monitor for signs of dehydration due to sweating, replace fluids, change damp clothing/linens for comfort, and continue to monitor vital signs.

Question Type

short_answer

Answer Structure

• Phase 1: Name (Onset/Chill), key signs (shivering, chills, pallor), intervention (provide warmth) [1 mark]
• Phase 2: Name (Course/Plateau), key signs (warm flushed skin, malaise), intervention (fluids, tepid sponge bath, antipyretics) [1 mark]
• Phase 3: Name (Defervescence/Crisis), key signs (diaphoresis), intervention (fluids, linen change, monitor dehydration) [1 mark]

Scoring Breakdown

Common Mark Deductions

• Providing cooling measures during the ONSET phase — this is incorrect; the patient needs warmth during chills
• Not naming each phase correctly
• Forgetting to mention dehydration risk in the defervescence phase
• Recommending cold water or alcohol sponging — this is unsafe as it causes shivering and vasoconstriction

Key Phrases To Include

• hypothalamic set point
• shivering
• diaphoresis
• tepid sponge bath
• paracetamol
• dehydration
• onset
• course
• defervescence

Marks

2

Topic

Pulse — Digoxin and Apical Pulse

Difficulty

medium

Template Id

T5

Examiner Tip

Digoxin toxicity questions are a classic NLE item. Always specify APICAL pulse, state the threshold of <60 bpm for adults, and always include 'notify physician' — missing notification is a major clinical and legal omission under RA 9173.

Model Answer

The nurse should WITHHOLD (hold) the digoxin and notify the physician immediately. Rationale: The normal threshold for holding digoxin in adults is an apical pulse LESS THAN 60 beats per minute. The patient's apical pulse of 54 bpm is below this threshold. Digoxin slows heart rate (negative chronotropy) and giving it to a patient with an already slow pulse could cause life-threatening bradycardia or cardiac arrest. The nurse must document the apical pulse, the withheld dose, and the physician notification in the nurse's notes per facility policy and RA 9173 accountability standards.

Question Type

short_answer

Answer Structure

• Line 1: State the action clearly — HOLD the digoxin and notify physician [1 mark]
• Line 2: State the rationale — apical pulse <60 bpm is the threshold; risk of worsening bradycardia [1 mark]

Scoring Breakdown

Common Mark Deductions

• Writing 'radial pulse' instead of 'apical pulse' — digoxin always requires apical assessment
• Not stating that the physician must be notified
• Not providing a clear rationale for holding the drug
• Saying the pulse is 'too fast' — 54 bpm is slow (bradycardia)

Key Phrases To Include

• withhold
• hold digoxin
• apical pulse
• less than 60 bpm
• notify physician
• bradycardia
• one full minute

Marks

3

Topic

Respiration — Assessment and Abnormal Patterns

Difficulty

medium

Template Id

T6

Examiner Tip

Cheyne-Stokes vs. Kussmaul is a high-yield NLE pair. Remember: Cheyne-Stokes has CYCLES (wax and wane with pauses — think of a 'chain' of events); Kussmaul is CONSTANT and DEEP (like 'blowing out' the acid in DKA).

Model Answer

Respirations should be counted WITHOUT the patient's awareness because breathing is partly under voluntary control. If the patient knows their breathing is being observed, they may consciously alter their rate and depth, leading to an inaccurate measurement. The best technique is to count respirations immediately after counting the pulse, while keeping fingers on the wrist so the patient believes the pulse is still being assessed. Two abnormal breathing patterns: 1. Cheyne-Stokes respiration: Alternating cycles of gradually increasing hyperpnea followed by a period of apnea (cessation of breathing). Associated with serious illness, brain injury, or end-of-life states (e.g., severe heart failure, increased intracranial pressure). 2. Kussmaul breathing: Deep, rapid, and labored breathing without periods of apnea. Associated with diabetic ketoacidosis (DKA) or other causes of metabolic acidosis — the body attempts to blow off CO₂ to compensate for the acid load.

Question Type

short_answer

Answer Structure

• Rationale for covert counting — voluntary control of breathing, patient may alter rate if aware [1 mark]
• Abnormal Pattern 1: Cheyne-Stokes — definition and one associated condition [1 mark]
• Abnormal Pattern 2: Kussmaul — definition and one associated condition (DKA/metabolic acidosis) [1 mark]

Scoring Breakdown

Common Mark Deductions

• Confusing Cheyne-Stokes with Kussmaul (reversing the descriptions)
• Not explaining WHY awareness alters the measurement
• Associating Kussmaul with respiratory conditions rather than metabolic acidosis
• Listing tachypnea and bradypnea instead of the more advanced patterns — this shows surface-level knowledge

Key Phrases To Include

• voluntary control
• without awareness
• Cheyne-Stokes
• apnea
• hyperpnea
• Kussmaul
• metabolic acidosis
• DKA

Marks

3

Topic

Blood Pressure — Orthostatic Hypotension

Difficulty

medium

Template Id

T7

Examiner Tip

Remember the thresholds as '20 and 10': Systolic drops 20 OR diastolic drops 10. Orthostatic hypotension is high-risk in older Filipino adults on antihypertensives — always mention fall prevention and safety.

Model Answer

Normal adult blood pressure is a systolic pressure LESS THAN 120 mmHg AND a diastolic pressure LESS THAN 80 mmHg (recorded as <120/80 mmHg). Orthostatic (postural) hypotension is defined as a DROP of 20 mmHg or more in systolic blood pressure OR a drop of 10 mmHg or more in diastolic blood pressure when the patient changes position from lying (supine) to standing. Nursing assessment for orthostatic hypotension: 1. Have the patient lie supine for at least 5 minutes and measure blood pressure and pulse — record this as the baseline. 2. Ask the patient to sit up; wait 1–2 minutes and measure blood pressure and pulse again. 3. Ask the patient to stand; wait 1–3 minutes and measure blood pressure and pulse again. 4. Compare readings: a drop of ≥20 mmHg systolic or ≥10 mmHg diastolic confirms orthostatic hypotension. 5. Monitor the patient for symptoms: dizziness, lightheadedness, syncope (fainting) — ensure safety and assist the patient to sit or lie down if symptoms occur.

Question Type

short_answer

Answer Structure

• Normal BP range stated correctly (<120/80 mmHg) [0.5 mark]
• Definition of orthostatic hypotension with correct thresholds (≥20 mmHg systolic OR ≥10 mmHg diastolic) [1 mark]
• Assessment steps: supine → sitting → standing, measuring BP at each position [1 mark]
• Safety consideration — monitor for dizziness/syncope [0.5 mark]

Scoring Breakdown

Common Mark Deductions

• Stating the wrong threshold (e.g., 10 mmHg systolic or 20 mmHg diastolic — the values are reversed)
• Not describing the positional sequence (supine → sitting → standing)
• Not mentioning safety monitoring for syncope/falls
• Confusing orthostatic hypotension with hypertension

Key Phrases To Include

• less than 120/80 mmHg
• 20 mmHg systolic
• 10 mmHg diastolic
• supine to standing
• dizziness
• syncope
• orthostatic
• postural

Marks

2

Topic

Blood Pressure — Measurement Accuracy

Difficulty

easy

Template Id

T8

Examiner Tip

This is a direct-recall NLE favorite. Use the memory shortcut: 'Small cuff = Big number; Big cuff = Small number.' Always add the reason — examiners want to see you understand the mechanism, not just memorize the fact.

Model Answer

A cuff that is TOO SMALL produces a FALSELY HIGH (elevated) blood pressure reading. This is because a narrow cuff requires more pressure to compress the artery, causing the manometer to register an artificially elevated value. A cuff that is TOO LARGE produces a FALSELY LOW (underestimated) blood pressure reading. This is because a wide cuff spreads pressure over a larger area and achieves arterial compression at a lower pressure, registering a value below the true blood pressure. The correct cuff size: the bladder should encircle approximately 80% of the arm circumference, and the width should cover about 40% of the upper arm length.

Question Type

short_answer

Answer Structure

• Too small cuff → falsely HIGH reading + brief rationale [1 mark]
• Too large cuff → falsely LOW reading + brief rationale [1 mark]

Scoring Breakdown

Common Mark Deductions

• Reversing the effects (saying too-small gives a low reading)
• Not providing a rationale — just stating the effect without explanation loses marks
• Confusing cuff size with arm position effects

Key Phrases To Include

• too small — falsely high
• too large — falsely low
• cuff bladder
• encircle 80%

Marks

2

Topic

Pulse — Pulse Deficit

Difficulty

medium

Template Id

T9

Examiner Tip

Always emphasize 'simultaneous' and 'two nurses' — doing it sequentially is technically incorrect and examiners specifically test this distinction. The formula Pulse Deficit = Apical − Radial should be written clearly.

Model Answer

Pulse deficit is the difference between the apical pulse rate and the radial pulse rate measured simultaneously. It occurs when some cardiac contractions are too weak to produce a palpable peripheral pulse wave at the radial site. Measurement technique: Two nurses are required. The first nurse auscultates the apical pulse at the 5th intercostal space, left midclavicular line. The second nurse palpates the radial pulse. Both count simultaneously for ONE FULL MINUTE using the same watch/clock. The radial count is subtracted from the apical count: Pulse Deficit = Apical Rate − Radial Rate. Clinical significance: A pulse deficit indicates ineffective cardiac contractions (e.g., atrial fibrillation, premature beats). The larger the deficit, the more cardiac output is compromised. This finding must be reported to the physician promptly.

Question Type

short_answer

Answer Structure

• Definition: Apical minus radial pulse counted simultaneously [0.5 mark]
• Measurement technique: Two nurses, simultaneous count, one full minute [1 mark]
• Clinical significance: Ineffective contractions, report immediately [0.5 mark]

Scoring Breakdown

Common Mark Deductions

• Saying the radial is subtracted from apical incorrectly (formula is Apical minus Radial)
• Not specifying that two nurses must count simultaneously (counting sequentially gives inaccurate results)
• Not mentioning the clinical implication beyond a numerical difference

Key Phrases To Include

• apical minus radial
• simultaneous
• two nurses
• one full minute
• ineffective contractions
• atrial fibrillation

Marks

2

Topic

Respiration — Pulse Oximetry and SpO₂

Difficulty

medium

Template Id

T10

Examiner Tip

The COPD oxygen dilemma is a classic NLE scenario. Remember: for most patients, SpO₂ <90% = emergency; for COPD CO₂ retainers, giving too much O₂ can actually stop breathing. Always individualize care.

Model Answer

Normal SpO₂ in adults: 95–100%. Hypoxemia is indicated when SpO₂ falls BELOW 90%. Values in this range require immediate nursing intervention, including repositioning, administering supplemental oxygen as ordered, and notifying the physician. COPD consideration: Patients with chronic obstructive pulmonary disease (COPD) who are chronic CO₂ retainers may have a prescribed SpO₂ target of 88–92%. In these patients, high oxygen concentrations can suppress their hypoxic drive (which has replaced the normal CO₂-based drive for breathing), potentially causing respiratory depression. Therefore, the nurse must use the individualized target range ordered by the physician rather than the standard normal of 95–100%.

Question Type

short_answer

Answer Structure

• Normal SpO₂ range (95–100%) and hypoxemia threshold (<90%) [1 mark]
• COPD exception: 88–92% target and rationale (hypoxic drive) [1 mark]

Scoring Breakdown

Common Mark Deductions

• Not mentioning the COPD exception when the question specifically asks for it
• Stating the hypoxemia threshold as <95% instead of <90%
• Saying high oxygen ALWAYS helps without acknowledging the COPD risk

Key Phrases To Include

• 95–100%
• less than 90%
• hypoxemia
• COPD
• 88–92%
• hypoxic drive
• CO₂ retainer

Marks

3

Topic

Pain — Assessment and Scales

Difficulty

medium

Template Id

T11

Examiner Tip

The examiner wants to see THREE things: (1) you understand pain is subjective, (2) you know a structured assessment framework (PQRST), and (3) you know which scale matches which patient. Match scale to population — that is where most marks are lost.

Model Answer

Pain as the 'fifth vital sign' means that pain must be assessed, documented, and monitored systematically alongside temperature, pulse, respiration, and blood pressure. Like other vital signs, pain assessment is a routine nursing responsibility done at admission, during every assessment, and after every intervention. Pain is SUBJECTIVE — it is 'whatever the patient says it is, existing whenever the patient says it does' (McCaffery's definition). The nurse must believe the patient's report and never dismiss it. Pain assessment uses the PQRST framework: - P: Provoking/Palliating factors (what makes it worse or better) - Q: Quality (sharp, dull, burning, throbbing) - R: Region and Radiation (location and spread) - S: Severity (using a pain scale) - T: Timing (onset, duration, pattern) Three validated pain rating scales: 1. Numeric Rating Scale (NRS/0–10 Scale): Patient rates pain from 0 (no pain) to 10 (worst possible pain). Used for cooperative adults who can communicate verbally or in writing. 2. Wong-Baker FACES Pain Rating Scale: Uses six cartoon faces ranging from happy (0) to crying (10). Used for CHILDREN aged 3 years and older, and for adults with limited language ability. 3. FLACC Scale (Face, Legs, Activity, Cry, Consolability): Behavioral observation scale scored 0–10. Used for INFANTS, nonverbal patients, or cognitively impaired patients who cannot self-report pain.

Question Type

short_answer

Answer Structure

• Definition of 'fifth vital sign' — routine, systematic, subjective, believed [0.5 mark]
• PQRST pain assessment framework — at least 3 components [1 mark]
• Scale 1: NRS (0–10) with correct population [0.5 mark]
• Scale 2: Wong-Baker FACES with correct population (children ≥3 years) [0.5 mark]
• Scale 3: FLACC with correct population (infants, nonverbal) [0.5 mark]

Scoring Breakdown

Common Mark Deductions

• Using FACES scale for infants — it is for children ≥3 years old who can identify facial expressions
• Not explaining that pain is subjective
• Listing scales without matching them to the correct population
• Omitting the PQRST framework entirely and just listing scales

Key Phrases To Include

• subjective
• fifth vital sign
• whatever the patient says
• PQRST
• 0–10 numeric scale
• Wong-Baker FACES
• FLACC
• nonverbal
• children

Marks

5

Topic

Integrated Vital Signs — Case Study Application

Difficulty

hard

Template Id

T12

Examiner Tip

Five-mark case study answers must follow ADPIE structure and use NANDA-format diagnoses. Examiners award marks for: (1) correct diagnosis format, (2) Maslow rationale, (3) clinical correctness of interventions, (4) safety awareness (tepid NOT cold), and (5) drug knowledge (paracetamol, not aspirin). Show your clinical thinking, not just your recall.

Model Answer

ASSESSMENT ANALYSIS: - Temperature 39.8°C (axillary) = fever/hyperthermia (actual axillary value suggests true core temp ~40.3°C — significantly elevated) - HR 108 bpm = tachycardia (above normal 60–100 bpm) - RR 22 bpm = tachypnea (above normal 12–20 bpm) - BP 110/70 mmHg = within normal but low-normal; monitor for further decrease - Pain 7/10 = significant pain TWO PRIORITY NURSING DIAGNOSES: 1. PRIORITY 1: Hyperthermia related to inflammatory process/infectious process as evidenced by temperature 39.8°C (axillary), tachycardia (HR 108 bpm), and tachypnea (RR 22 bpm). 2. PRIORITY 2: Acute Pain related to inflammatory process as evidenced by patient's self-report of 7/10 pain on the numeric rating scale. RATIONALE FOR PRIORITIZATION (Maslow's Hierarchy): Hyperthermia is prioritized first because it falls under PHYSIOLOGIC NEEDS — the most basic and urgent level of Maslow's hierarchy. A temperature approaching 40°C threatens physiologic homeostasis, can lead to fluid-electrolyte imbalance (from diaphoresis), febrile seizures, and cardiovascular compromise (evidenced by concurrent tachycardia and tachypnea). Pain is also a physiologic need, but the hyperthermia is driving multiple abnormal vital signs simultaneously, making it the more complex and immediately dangerous threat. FOUR NURSING INTERVENTIONS for Hyperthermia: 1. Monitor temperature every 1–2 hours and record the route used (axillary) to track trends and evaluate effectiveness of interventions. Report temperature above 40°C (axillary) immediately. 2. Administer paracetamol (acetaminophen) as ordered — standard adult dose is 500 mg to 1 g every 4–6 hours orally (maximum 4 g per day). This is the first-line antipyretic. Avoid ibuprofen/NSAIDs if GI or renal risks; avoid aspirin in viral illness. 3. Encourage increased oral fluid intake (at least 2–3 liters per day unless contraindicated) to compensate for insensible fluid loss from fever and prevent dehydration. Monitor intake and output. 4. Apply tepid sponge bath (using lukewarm water, NOT cold water or alcohol) to promote heat dissipation through conduction and evaporation. Avoid cold water or alcohol, which cause shivering and vasoconstriction, raising metabolic heat production. Remove excess clothing and blankets; keep environment cool and well-ventilated. EVALUATION: The nurse evaluates effectiveness by reassessing temperature after 30–60 minutes of intervention. Goal: temperature returns to normal range (oral <37.5°C or axillary <37.0°C) within the expected time frame.

Question Type

case_study

Answer Structure

• Brief assessment analysis — identify which vital signs are abnormal and by how much [0.5 mark]
• NANDA-formatted Nursing Diagnosis 1 (Hyperthermia) — complete 3-part format: problem + related to + evidenced by [1 mark]
• NANDA-formatted Nursing Diagnosis 2 (Acute Pain) — complete 3-part format [0.5 mark]
• Prioritization rationale using Maslow's hierarchy with clinical justification [1 mark]
• Intervention 1: Temperature monitoring with frequency and documentation [0.5 mark]
• Intervention 2: Antipyretic administration (paracetamol, correct dose) [0.5 mark]
• Intervention 3: Fluid management [0.5 mark]
• Intervention 4: Tepid sponge bath — technique and rationale (why NOT cold water) [0.5 mark]

Scoring Breakdown

Common Mark Deductions

• Writing nursing diagnoses without the 3-part NANDA format (problem + related to + evidenced by) — loses structure marks
• Prioritizing pain over hyperthermia without a clear Maslow rationale
• Recommending cold water or alcohol sponging — this is clinically incorrect and a safety error
• Not including paracetamol as the first-line antipyretic (or writing the wrong dose)
• Omitting evaluation in the nursing process — ADPIE must be complete
• Not specifying the route of temperature measurement when recording values

Key Phrases To Include

• Hyperthermia related to
• evidenced by
• Maslow's hierarchy
• physiologic needs
• paracetamol
• tepid sponge bath
• not cold water
• fluid intake
• NANDA
• monitor and evaluate

Marks

3

Topic

Pulse — Sites, Grading, and Special Situations

Difficulty

medium

Template Id

T13

Examiner Tip

The infant vs. adult cardiac arrest pulse site is a guaranteed NLE question. Brachial for infants — write it clearly and explain WHY (infant anatomy). The 'never palpate both carotids' safety point earns bonus clinical reasoning marks.

Model Answer

Four peripheral pulse sites: 1. Radial — most common site for routine pulse assessment (wrist) 2. Brachial — used for blood pressure measurement and for assessing circulation in infants 3. Femoral — used in cardiac arrest backup and to assess lower extremity circulation 4. Dorsalis pedis (or posterior tibial) — used to assess peripheral circulation in the foot/lower extremity Other valid sites: temporal, carotid, popliteal Cardiac arrest sites: - ADULT cardiac arrest: CAROTID pulse (neck) — large, central artery that remains palpable even with reduced cardiac output - INFANT cardiac arrest: BRACHIAL pulse (inner upper arm) — the neck is too short and chubby in infants to reliably palpate the carotid IMPORTANT: NEVER palpate BOTH carotids simultaneously — this can compress cerebral blood flow and cause syncope or cardiac slowing. Pulse amplitude grading: - 0 = Absent (no pulse palpable) — indicates arterial obstruction or cardiac arrest; immediate emergency - 3+ = Bounding (strong, forceful pulse) — may indicate fever, hyperthyroidism, aortic regurgitation, or high cardiac output states

Question Type

short_answer

Answer Structure

• Four pulse sites correctly named [1 mark]
• Adult cardiac arrest: carotid; Infant cardiac arrest: brachial — both required [1 mark]
• Grading: 0 = absent (meaning) and 3+ = bounding (meaning) [1 mark]

Scoring Breakdown

Common Mark Deductions

• Using carotid for infant arrest — incorrect and potentially unsafe (too short/chubby neck in infants)
• Not including the warning about bilateral carotid palpation
• Reversing the grading scale (saying 3+ is absent or 0 is bounding)
• Naming fewer than four pulse sites

Key Phrases To Include

• radial
• brachial
• carotid
• femoral
• dorsalis pedis
• carotid — adult arrest
• brachial — infant arrest
• absent
• bounding
• never both carotids simultaneously

Marks

1

Topic

Temperature — Unit Conversion

Difficulty

easy

Template Id

T14

Examiner Tip

Always write the formula before substituting numbers. Even if you make an arithmetic error, writing the correct formula earns partial marks. NLE rarely gives complex conversions — know this formula cold.

Model Answer

Formula: °F = (°C × 9/5) + 32 Working: °F = (38.5 × 9/5) + 32 = (38.5 × 1.8) + 32 = 69.3 + 32 = 101.3°F Answer: 38.5°C = 101.3°F (indicating fever, since normal is 98.6°F / 37.0°C)

Question Type

numerical

Answer Structure

• State the formula: °F = (°C × 9/5) + 32 [0.5 mark]
• Correct substitution and calculation: 101.3°F [0.5 mark]

Scoring Breakdown

Common Mark Deductions

• Using the wrong formula (e.g., using the reverse conversion)
• Arithmetic error in multiplication or addition
• Not showing working — even if the answer is correct, showing the formula is expected for process marks

Key Phrases To Include

• °F = (°C × 9/5) + 32
• 101.3°F
• formula
• working shown

Marks

5

Topic

Pain — WHO Analgesic Ladder and Opioid Monitoring

Difficulty

hard

Template Id

T15

Examiner Tip

For 5-mark long answers, examiners use a marking rubric — they count: introduction (ladder concept), three steps with drugs, and nursing monitoring. Use subheadings or numbered steps so the examiner can clearly identify each component. Do NOT write in a single paragraph — this makes it hard to award marks.

Model Answer

INTRODUCTION: The World Health Organization (WHO) Analgesic Ladder is a three-step framework for rational, stepwise pain management. It was originally developed for cancer pain but is now applied broadly in clinical practice. The principle is: start with the least invasive, lowest-risk analgesic and escalate ('climb the ladder') as pain severity increases or as lower-step drugs become ineffective. STEP 1 — MILD PAIN (0–3/10): Non-Opioid Analgesics Drugs: Paracetamol (acetaminophen) and/or Non-Steroidal Anti-Inflammatory Drugs (NSAIDs) such as ibuprofen, mefenamic acid, or aspirin; plus adjuvants (e.g., antidepressants for neuropathic pain, corticosteroids for inflammation). - Paracetamol: Adult dose 500 mg–1 g every 4–6 hours; MAXIMUM 4 g/day (reduce to 2 g/day in liver disease). - NSAIDs: Anti-inflammatory; use with caution in patients with peptic ulcer disease, renal impairment, or cardiovascular disease. STEP 2 — MODERATE PAIN (4–6/10): Weak Opioids Drugs: Tramadol, codeine (often combined with paracetamol); plus non-opioids and adjuvants. - These provide stronger analgesia than Step 1 but have a lower addiction/respiratory risk than Step 3. STEP 3 — SEVERE PAIN (7–10/10): Strong Opioids Drugs: Morphine (drug of choice), oxycodone, fentanyl; plus non-opioids and adjuvants. - Strong opioids provide the most potent analgesia for severe, refractory, or cancer pain. ADJUVANT THERAPY at all steps: Antidepressants (amitriptyline), anticonvulsants (gabapentin), corticosteroids, muscle relaxants, and non-pharmacologic measures (relaxation, distraction, heat/cold, guided imagery, TENS). NURSING ROLE IN OPIOID MONITORING: The nurse's responsibilities when a patient is on opioid analgesics include: 1. Assess and document pain BEFORE administering the opioid — use a validated pain scale (0–10 NRS for adults). 2. Monitor for RESPIRATORY DEPRESSION — the most life-threatening adverse effect. Assess respiratory rate before each dose; HOLD the opioid and notify the physician if respiratory rate is <12 breaths/min (or per facility protocol). Keep NALOXONE (the opioid antagonist) readily available at the bedside. 3. Monitor for other adverse effects: sedation (use sedation scale), constipation (most consistent side effect — prevent with stool softeners), nausea/vomiting, urinary retention, and pruritis (itching). 4. REASSESS pain 30–60 minutes after oral analgesic administration (15–30 minutes after IV/IM) to evaluate effectiveness and document the outcome. 5. Educate the patient and family on safe opioid use, storage, and reporting of adverse effects — this is a professional responsibility under RA 9173, which requires nurses to provide safe, client-centered care. EVALUATION: Goal — the patient reports pain at 0–3/10 (mild or no pain) and is able to perform ADLs comfortably without opioid-related adverse effects.

Question Type

long_answer

Answer Structure

• Introduction: WHO analgesic ladder concept and rationale [0.5 mark]
• Step 1: Mild pain, non-opioids — paracetamol and NSAID with dose [1 mark]
• Step 2: Moderate pain, weak opioids — tramadol/codeine [1 mark]
• Step 3: Severe pain, strong opioids — morphine [1 mark]
• Nursing monitoring: Respiratory depression, naloxone availability, pain reassessment, document outcome [1 mark]
• Adjuvant mention and non-pharmacologic measures [0.5 mark]

Scoring Breakdown

Common Mark Deductions

• Starting with opioids (Step 3) for mild pain — missing the 'ladder' principle of stepwise escalation
• Not naming specific drugs at each step — 'analgesic' is too vague
• Omitting the paracetamol maximum daily dose (4 g) — dose safety is a mark criterion
• Not mentioning naloxone as the opioid antidote
• Forgetting to reassess pain after intervention — this is a core nursing process step (Evaluation)
• Not connecting nursing responsibilities to RA 9173 accountability when relevant

Key Phrases To Include

• WHO analgesic ladder
• three steps
• non-opioid
• paracetamol
• weak opioid
• tramadol
• strong opioid
• morphine
• respiratory depression
• naloxone
• reassess pain
• 30–60 minutes
• adjuvants