1 :

0900:
Reported to the nurses' office with reports of nausea and had a slight cough. Client rested then returned to the classroom.

0900:

Body system

Intervention

Immune

Temperature 37.3°C (99.1°F)

Heart rate 80/min

Respiratory rate 18/min

1300:
Temperature 39.9°C (103.8°F)

Heart rate 112/min

Respiratory rate 26/min

Immune:

  • Administer acetaminophen
  • Have the child wear a mask
  • Administer a dose of montelukast
  • Encourage oral fluids

Respiratory:

  • Administer albuterol nebulizer
  • Evaluate the child's peak flow
  • Initiate chest percussions
  • Have the child sit upright in a position of comfort

Click to highlight the intervention the finding, click on the finding again.


Immune: Administer acetaminophen Have the child wear a mask Administer a dose of montelukast Encourage oral fluids Respiratory: Administer albuterol nebulizer Evaluate the child's peak flow Initiate chest percussions Have the child sit upright in a position of comfort

Hint : 🌡️ High fever + fast breathing = treat infection & open airways first

Correct Highlights :
  • Administer acetaminophen
  • Have the child wear a mask
  • Encourage oral fluids
  • Administer albuterol nebulizer
  • Evaluate the child's peak flow
  • Have the child sit upright in a position of comfort

Rationale :

✅ Administer acetaminophen

💠 A temperature of 39.9°C (103.8°F) indicates a high fever, which increases metabolic demand and oxygen consumption.

💠 Acetaminophen is appropriate to reduce fever and discomfort and prevent febrile complications.

✅ Have the child wear a mask

💠 The sudden fever with cough suggests a possible infectious process.

💠 Masking reduces transmission of respiratory pathogens in the school environment.

✅ Encourage oral fluids

💠 Fever increases insensible fluid loss, placing the child at risk for dehydration.

💠 Adequate hydration also helps thin respiratory secretions and supports immune response.

Administer a dose of montelukast

💠 Montelukast is a long-term asthma control medication, not indicated for acute changes or fever management.

✅ Administer albuterol nebulizer

💠 Increased respiratory rate (26/min) and cough suggest acute bronchoconstriction.

💠 Albuterol provides rapid bronchodilation, relieving airway narrowing.

✅ Evaluate the child’s peak flow

💠 Peak flow measurement helps assess severity of airway obstruction and response to treatment.

💠 It is appropriate for school-age children with asthma.

✅ Have the child sit upright in a position of comfort

💠 Upright positioning improves lung expansion and ventilation.

💠 It decreases work of breathing and supports airway patency.

Initiate chest percussions

💠 Chest percussion is used for conditions with thick secretions (e.g., cystic fibrosis).

💠 It is not indicated for asthma exacerbation


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2 :

Hint : 🛏️ Bed height before movement

Correct Answers:

  • Raise the height of the client's bed.


Rationale :

💠 Raising the bed to waist level is the first action because it prevents back strain and musculoskeletal injury to the nurse.

💠 Proper bed height allows the nurse to maintain neutral spine alignment and use leg muscles effectively.

💠 Injury prevention for the nurse is a safety priority and must occur before repositioning begins.

💠 Failing to adjust bed height increases the risk of acute and cumulative lower-back injury.

💠 Safe body mechanics protect both the nurse and the client during movement.

Tighten their abdominal muscles.

💠 Core engagement is important but should occur after proper bed height is set.

💠 Abdominal tightening alone does not correct poor body positioning.

Place their feet in line with their shoulders.

💠 Foot placement improves balance but is done after environmental setup.

💠 Proper stance is ineffective if the bed height is incorrect.

Pivot their feet in the direction of the move.

💠 Pivoting is used during movement, not as the initial step.

💠 This action assumes the nurse is already positioned safely.


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3 :

Hint : 🫁 ARDS = stiff lungs

Correct Answers:

  • Decreased pulmonary compliance due to stiffness


Rationale :

💠 In acute respiratory distress syndrome (ARDS), widespread alveolar inflammation and fluid accumulation cause the lungs to become stiff and noncompliant.

💠 Damage to the alveolar–capillary membrane leads to surfactant loss, resulting in alveolar collapse (atelectasis).

💠 As compliance decreases, the lungs require higher pressures to expand, significantly increasing the work of breathing.

💠 This stiffness is a defining pathophysiologic feature of ARDS and explains the need for mechanical ventilation with PEEP.

💠 Reduced compliance directly contributes to severe hypoxemia that is refractory to oxygen therapy.

Hypoxemia due to dead space

💠 ARDS hypoxemia is primarily caused by intrapulmonary shunting, not dead space.

💠 Blood passes through non-ventilated alveoli, preventing oxygenation.

Decreased pulmonary arterial pressure due to V/Q mismatch

💠 ARDS often causes increased pulmonary pressures due to hypoxic vasoconstriction.

💠 Pulmonary arterial pressure does not decrease in this condition.

Impaired carbon dioxide elimination due to shunting

💠 Early ARDS primarily affects oxygenation, not carbon dioxide removal.

💠 CO₂ diffuses more easily and is usually eliminated until late stages.


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4 :

Hint : 💭 Isolation → depression

Correct Answers:

  • Depression


Rationale :

💠 Clients with osteoarthritis who have chronic pain and impaired mobility often experience loss of independence, which strongly contributes to depressive symptoms.

💠 Being unable to leave the house leads to social isolation, reduced social roles, and feelings of hopelessness or worthlessness.

💠 Depression is a common psychosocial consequence of chronic musculoskeletal disease and directly affects quality of life and treatment adherence.

💠 Unlike temporary mood changes, depression requires further evaluation and intervention, such as counseling or pharmacologic therapy.

💠 Early identification allows the nurse to initiate mental health support and community resources.

Cognitive impairment

💠 Osteoarthritis does not directly cause cognitive decline.

💠 Cognitive changes suggest a neurologic condition, not a psychosocial impact of mobility loss.

Insomnia

💠 Sleep disturbance is common with chronic pain but is a physical symptom, not primarily psychosocial.

💠 Insomnia alone does not indicate emotional maladjustment.

Cardiovascular disease

💠 Cardiovascular disease is a physical comorbidity, not a psychosocial effect.

💠 It does not reflect the emotional impact of being homebound.


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5 :

Hint : 🧬 Deep organ → early spread

Correct Answers:

  • The pancreas's location increases the risk that cancer will spread into nearby structures and blood vessels.


Rationale :

💠 The pancreas lies deep in the abdomen, close to major blood vessels (e.g., superior mesenteric vessels) and vital organs, which facilitates early local invasion and metastasis.

💠 Because of this location, pancreatic cancer often produces few early symptoms, leading to late diagnosis when spread has already occurred.

💠 Tumor growth can readily extend into adjacent tissues and the vascular system, complicating surgical resection.

💠 This anatomic reality explains why pancreatic cancer has a poor prognosis compared with many other cancers.

💠 Educating clients about this helps set realistic expectations for treatment planning and outcomes.

Pancreatic cancers are classified as either endocrine, pancreatic cancer or exocrine pancreatic cancer.

💠 The correct classification is endocrine pancreatic tumors vs exocrine pancreatic tumors; the option is incorrectly stated.

Pancreatic cancer typically develops from a polyp.

💠 Polyps are associated with colorectal cancer, not pancreatic cancer.

💠 Pancreatic cancer usually arises from ductal cells (exocrine).

Pancreatic cancer is distinguished based on the layers of the pancreas.

💠 Staging is based on tumor size, lymph node involvement, and metastasis, not pancreatic layers.

💠 Layer-based classification applies to some GI cancers, not pancreatic cancer.


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6 :

Day 1, 1300

Client has a 2.5 cm x 2.5 cm stage 2 pressure injury on the dorsal lateral aspect of the left heel.

Wound Characteristics: Wound bed red, moist, approximated edges.

Surrounding skin inflamed, red, non-tender to palpation.

Client reports a pain score of 0/10.

Perfusion Assessment:

Pedal pulse left foot: 1+

Pedal pulse right foot: 2+

Unable to assess capillary refill due to toe fungus bilaterally.

Notable Finding: Decreased pedal perfusion (left foot).

Intervention: Heel floated on a pillow.

 

Lab TestDay 1 Result (0630)Day 4 Result (0630)Reference Range
Hematocrit (Hct)38%38%37% to 47%
Hemoglobin (Hgb)13 g/dL14 g/dL12 to 16 g/dL
White Blood Cell (WBC)11,500/mm³14,500/mm³5,000 to 10,000/mm³
Potassium3.6 mEq/L3.5 mEq/L3.5 to 5.0 mEq/L
Pre-albumin10 mg/dL8 mg/dL15 to 36 mg/dL
Albumin3.0 g/dL3.0 g/dL3.5 to 5.0 g/dL
Fasting Blood Glucose186 mg/dL144 mg/dL74 to 106 mg/dL

Select the 5 findings that can cause delayed wound healing.


Answer Options

Hint : 🩹 Poor nutrition + poor perfusion = slow healing

Correct Answers:

  • Prealbumin level
  • History of diabetes mellitus
  • Wound infection
  • Decreased pedal perfusion
  • Fasting blood glucose


Rationale :

💠 Prealbumin level

Low prealbumin (8 mg/dL) reflects poor protein status, which directly impairs collagen synthesis, immune response, and tissue repair. Protein deficiency is one of the strongest predictors of delayed wound healing.

💠 History of diabetes mellitus

Diabetes causes microvascular damage, impaired leukocyte function, and reduced oxygen delivery, all of which slow wound healing. Diabetic clients are also at higher risk for infection.

💠 Wound infection

An elevated WBC count (14,500/mm³) with surrounding erythema indicates infection, which prolongs the inflammatory phase and prevents progression to tissue repair.

💠 Decreased pedal perfusion

A 1+ pedal pulse indicates reduced blood flow, leading to inadequate delivery of oxygen, nutrients, and immune cells necessary for healing.

💠 Fasting blood glucose

Persistent hyperglycemia (144–186 mg/dL) interferes with fibroblast activity, collagen formation, and immune defense, significantly delaying wound closure.

💠 Potassium level

Potassium values are within normal range and do not directly affect wound healing.

💠 History of hyperlipidemia

Hyperlipidemia contributes to long-term vascular disease but is not an immediate or direct cause of delayed wound healing in this scenario.


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7 :

Hint : 🫁 Pressure shift → heart compression

Correct Answers:

  • Decreased cardiac output


Rationale :

💠 Tracheal deviation in tension pneumothorax indicates severe intrapleural pressure buildup, which compresses the heart and great vessels.

💠 This pressure markedly reduces venous return to the heart, limiting preload and impairing cardiac filling.

💠 As preload drops, cardiac output decreases, leading to hypotension, shock, and possible cardiac arrest if untreated.

💠 The deviation reflects mediastinal shift, a hallmark of tension pneumothorax requiring immediate decompression.

💠 This mechanism explains why tension pneumothorax is a medical emergency prioritized under ABCs.

Increased venous return

💠 Venous return is decreased, not increased, due to compression of the vena cava.

Respiratory alkalosis

💠 Early respiratory changes may occur, but alkalosis is not the defining consequence of tracheal deviation.

💠 Hypoxia and hemodynamic collapse are the primary concerns.

Dilated ventricles

💠 Ventricular dilation requires adequate filling, which does not occur when venous return is compromised.

💠 Compression leads to underfilled, not dilated, ventricles.


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8 :

Hint : 🎯 Rehab = maximize ability

Correct Answers:

  • Optimize functional status


Rationale :

💠 Stroke rehabilitation aims to help the client achieve the highest possible level of function, not a complete return to baseline.

💠 The extent of neurologic recovery varies, and setting realistic, achievable goals promotes motivation and participation in therapy.

💠 Focusing on optimizing function supports improvement in mobility, self-care, communication, and safety using adaptive strategies as needed.

💠 This goal aligns with interdisciplinary rehab planning, including physical, occupational, and speech therapy.

💠 Realistic goals reduce frustration and help the client adjust to long-term recovery expectations.

Achieve pre-stroke function

💠 Full return to pre-stroke status is often unrealistic and may set the client up for disappointment.

💠 Recovery depends on stroke severity and location.

Maintain full independence

💠 Some clients will require assistance or adaptive devices despite optimal rehabilitation.

💠 Independence may be partial rather than complete.

Determine if the client can return to their home

💠 This is a discharge planning consideration, not a rehabilitation goal.

💠 It does not directly address functional improvement.


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9 :

Hint : 🫁 COPD = CO₂ retention

Correct Answers:

  • Respiratory acidosis


Rationale :

💠 In chronic obstructive pulmonary disease (COPD), airflow limitation leads to hypoventilation, causing carbon dioxide (CO₂) retention.

💠 Elevated CO₂ increases carbonic acid in the blood, resulting in respiratory acidosis.

💠 Clients who are short of breath often have worsening ventilatory impairment, intensifying CO₂ buildup.

💠 Over time, the kidneys may partially compensate by retaining bicarbonate, but the primary disorder remains respiratory.

💠 ABGs in COPD typically show ↓ pH, ↑ PaCO₂, confirming respiratory acidosis.

Respiratory alkalosis

💠 This occurs with hyperventilation, which lowers CO₂.

💠 COPD limits ventilation rather than increasing it.

Metabolic alkalosis

💠 Metabolic alkalosis is related to loss of acids or excess bicarbonate, not lung disease.

💠 It is not the primary ABG pattern in COPD.

Metabolic acidosis

💠 Metabolic acidosis involves bicarbonate loss or acid gain, usually from renal or metabolic causes.

💠 It does not reflect impaired gas exchange.


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10 :

Hint : ❤️ Irregular rhythm = apical pulse

Correct Answers:

  • Auscultate the client's apical pulse.


Rationale :

💠 With an irregular heart rate, peripheral pulses may be uneven or missed, making them unreliable for accurate assessment.

💠 Auscultating the apical pulse directly measures the heart’s electrical and mechanical activity at the point of maximal impulse.

💠 This method allows the nurse to detect irregular rhythms, extra beats, or pulse deficits.

💠 Accurate apical assessment is essential before administering cardiac medications (e.g., digoxin, beta-blockers).

💠 Standard practice is to auscultate the apical pulse for a full 60 seconds in irregular rhythms.

Palpate the client’s pulse at the third intercostal space.

💠 Pulses are not palpated at intercostal spaces.

💠 This reflects incorrect anatomical technique.

Check the client’s heart rate for 30 seconds.

💠 Shortened counting can miss irregular beats.

💠 Irregular rhythms require a full minute for accuracy.

Ask the client to perform the Valsalva maneuver.

💠 Valsalva is a therapeutic intervention, not an assessment action.

💠 It should only be done with a provider’s order.


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Total Questions: 10

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