1 :

Hint : 💡 Clear speech + eye contact + quiet environment = better communication for hearing-impaired clients.

Correct Answers:

  • Avoid chewing while talking
  • Maintain eye contact
  • Turn off the television and radio


Rationale :

✅ 1. Avoid chewing while talking — Correct

🟦 Chewing during conversation makes lip-reading difficult because the client cannot clearly see mouth movements and facial cues.

🟦 It also distorts speech, making it harder for the client to interpret even amplified sound or read lips effectively.

🟦 Clients with hearing impairment rely heavily on visual communication, so eliminating distractions around the mouth improves clarity.

🟦 Speaking slowly and clearly without chewing enhances understanding and reduces frustration.

🟦 This is a standard communication strategy for clients using partial hearing or lip-reading.

✅ 2. Maintain eye contact — Correct

🟩 Maintaining eye contact ensures the client can observe facial expressions, lip movements, and non-verbal cues, which support comprehension.

🟩 It also establishes trust and allows the client to focus on the speaker, helping compensate for reduced auditory information.

🟩 Eye contact helps the nurse determine if the client is following the conversation based on visual feedback.

🟩 Turning away while speaking results in muffled sound and makes lip-reading impossible.

🟩 Good face-to-face alignment keeps communication direct and effective.

✅ 3. Turn off the television and radio — Correct

🟧 Background noise interferes with the client’s ability to distinguish spoken words, especially when hearing is limited.

🟧 Reducing environmental noise allows the client to focus on the nurse’s voice and visual cues without auditory competition.

🟧 It also reduces cognitive load, making communication less tiring and more effective.

🟧 Quiet environments are essential for clients who rely on hearing aids or residual hearing.

🟧 This strategy improves overall quality of communication and minimizes misunderstandings.

❌ 4. Shout loudly into the unaffected ear — Incorrect

🔴 Shouting distorts sound waves, making speech more difficult to interpret, not clearer.

🔴 It is also uncomfortable and may be perceived as disrespectful or startling.

❌ 5. Avoid using hand gestures — Incorrect

🔴 Hand gestures and facial expressions are valuable non-verbal tools that support understanding for hearing-impaired clients.

🔴 Eliminating gestures removes a helpful communication channel and increases communication barriers.

❌ 6. Do not over-enunciate words — Incorrect

🔴 Over-enunciation exaggerates lip movements, making lip-reading harder, not easier.

🔴 Natural, clear speech with normal lip movement is far more effective.


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2 :

Hint : 💡 When distance is blurry but near vision is sharp, think “nearsighted.”

Correct Answers:

  • Myopia


Rationale :

🔵 Myopia, or nearsightedness, occurs when the client can see near objects clearly but has difficulty seeing distant objects.

🔵 This happens because light rays focus in front of the retina instead of directly on it, often due to an elongated eyeball or overly curved cornea.

🔵 Myopia is one of the most common refractive errors and typically presents exactly as the client describes: blurred distant vision but normal near vision.

🔵 It can be corrected with glasses, contact lenses, or refractive surgery that adjusts focal length.

🔵 This condition is not age-related and can occur in adults and children.

❌ Incorrect Options

Scotoma

🔸 A scotoma is a blind spot in vision, not difficulty with distance vision.

🔸 It is commonly associated with retinal or neurological conditions, not refractive errors.

Diplopia

🔸 Diplopia means double vision, not blurred distance vision.

🔸 It arises from ocular misalignment or neurological issues.

Presbyopia

🔸 Presbyopia is age-related farsightedness, causing difficulty with near vision, not distant vision.

🔸 It results from loss of lens elasticity, opposite of the symptoms described.


Distractor Analysis :

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3 :

Hint : 💡 Think about causes related to nerve damage, not mechanical blockage.

Correct Answers:

  • Ask the client about any medications they are currently taking


Rationale :

🔷 Sensorineural hearing loss results from damage to the inner ear structures, cochlear nerve, or auditory pathways, and several medications are known to be ototoxic, such as aminoglycosides, loop diuretics, and some chemotherapy drugs.

🔷 Asking about medications helps the nurse determine whether ototoxic drugs are contributing to the client's hearing loss.

🔷 This assessment is essential because early identification of a medication-induced cause can prevent further progression.

🔷 Sensorineural hearing loss is rarely reversible, so preventing further damage is a major priority.

🔷 Medication review is therefore a key assessment step in clients with this type of hearing loss.

❌ Incorrect Options

🔸 Speak loudly: Speaking loudly distorts sound and does not improve comprehension; a calm, clear tone is preferred.

🔸Look for external obstruction: Obstructions cause conductive, not sensorineural hearing loss.

🔸Assess for middle ear infection: Middle ear infections affect the conductive pathway, not the cochlear nerve.


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4 :

Hint : 💡 Eye medications need timing and spacing to work properly.

Correct Answers:

  • "I will wait at least 5 minutes between administering the first and second medication.


Rationale :

🟩 Waiting at least 5 minutes between different eye drops prevents the first medication from being diluted or washed out by the second.

🟩 This ensures proper absorption and full therapeutic effect of both timolol and pilocarpine.

🟩 Proper spacing also reduces systemic absorption, minimizing adverse effects.

🟩 This teaching demonstrates correct understanding of eye drop administration technique.

🟩 Proper sequential administration is critical in glaucoma, where maintaining intraocular pressure control is essential.

❌ Incorrect Options

🔸Administer drops to sclera: Drops should be placed in the conjunctival sac, not directly on the white of the eye.

🔸Drops with contact lenses: Contacts should be removed because they absorb medication and may cause irritation.

🔸 Hold pressure on conjunctiva: Pressure is applied to the nasolacrimal duct, not the conjunctival sac.


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5 :

Hint : 💡 Aging affects high-frequency sounds first—especially consonants.

Correct Answers:

  • Progression of hearing loss is slow
  • Sounds may be garbled and difficult to localize
  • The aging process may find it harder to hear consonants than vowels


Rationale :

✅ B. Progression of hearing loss is slow — Correct

🔷 Presbycusis, the age-related hearing loss, develops gradually over years due to degeneration of inner ear structures.

🔷 Many older adults may not initially recognize their hearing decline because of this slow onset.

🔷 The gradual nature also causes delayed diagnosis because clients slowly adapt to worsening sound reception.

🔷 Slow progression distinguishes presbycusis from sudden sensorineural hearing loss.

🔷 This is a hallmark pattern of age-related auditory decline.

✅ D. Sounds may be garbled and difficult to localize — Correct

🔶 Age-related nerve degeneration reduces the ability to interpret complex sounds, making speech seem unclear.

🔶 Older adults struggle to localize sounds because of inner ear structural decline.

🔶 Conversations, especially in noisy environments, may sound muffled or distorted.

🔶 This contributes significantly to social withdrawal in older adults.

🔶 Poor localization is typical due to decreased auditory nerve conduction.

✅ E. Harder to hear consonants than vowels — Correct

🟧 Consonants are high-frequency sounds, and presbycusis primarily affects high-frequency hearing.

🟧 This makes consonants like “S,” “T,” “K,” and “F” harder to perceive.

🟧 Vowels are lower-frequency sounds, which are typically preserved longer.

🟧 Difficulty with consonants explains why older adults say, “I can hear you, but I can’t understand you.”

🟧 This is a key clinical feature of presbycusis.

❌ Incorrect Options

🔸 Low-frequency tone loss: Presbycusis affects high-frequency, not low-frequency tones.

🔸Middle ear nerve degeneration: Presbycusis affects the inner ear and auditory nerve, not the middle ear.


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6 :

Hint : 💡 Anything that raises eye pressure after surgery is unsafe.

Correct Answers:

  • "I will perform cough and deep breathing exercises every hour."


Rationale :

🔵 After cataract surgery, activities that increase intraocular pressure (IOP) must be avoided, including coughing, straining, forceful breathing, bending, or heavy lifting.

🔵 Deep breathing is acceptable, but frequent coughing can cause sudden pressure spikes that endanger the surgical site.

🔵 The client should perform gentle respiratory exercises without forcing expiration or straining.

🔵 Incorrect technique could lead to hemorrhage, rupture of sutures, or displacement of the lens implant.

🔵 Therefore, this statement signals a clear need for additional teaching regarding IOP precautions.

❌ Incorrect Options

🔸 Wear sunglasses: Sunglasses reduce photophobia and protect the eye—this is correct.

🔸Neutral head/neck position: Prevents pressure on the operative eye—correct teaching.

🔸Avoid bending at waist: Prevents IOP increase—correct teaching.


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7 :

Hint : 💡 Conductive = mechanical block, not nerve damage.

Correct Answers:

  • A physical obstruction to the transmission of sound waves


Rationale :

🟩 Conductive hearing loss occurs when sound waves cannot reach the inner ear due to blockage or mechanical disruption.

🟩 Causes include cerumen impaction, fluid in the middle ear, otitis media, ruptured tympanic membrane, or ossicle fixation.

🟩 Because the sensory organs are intact, amplifying sound often improves hearing.

🟩 This distinguishes conductive loss from sensorineural loss, which affects nerve pathways.

🟩 The hallmark feature is a mechanical barrier preventing sound conduction.

❌ Incorrect Options

🔸 Cochlear deficit: This is sensorineural, not conductive.

🔸 Sensory fiber deficit: Also describes sensorineural loss.

🔸 Cranial nerve VIII deficit: Again, sensorineural.


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8 :

Hint : 💡 Always convert pounds to kilograms before pediatric calculations.

Correct Answers:

  • 1.6


Rationale :

Order: 10 mg/kg

Weight: 35 lb → 35 ÷ 2.2 = 15.9 kg

Dose: 10 mg × 15.9 kg = 159 mg

Concentration: 100 mg = 1 mL

→ 159 mg = 1.59 mL → 1.6 mL


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9 :

Hint : 💡 No liquids or chemicals should ever touch a hearing aid.

Correct Answers:

  • "I will clean the hearing aid with alcohol wipes."


Rationale :

🟧 Alcohol damages the internal components and plastic casing of hearing aids, causing malfunction.

🟧 Hearing aids should be cleaned only with a dry cloth or manufacturer-approved tools.

🟧 Moisture, alcohol, or chemicals can destroy circuitry and void the warranty.

🟧 Proper care helps maintain hearing aid longevity and sound quality.

🟧 This statement demonstrates incorrect self-care technique.

❌ Incorrect Options

🔸Change batteries weekly: Normal and expected depending on usage.

🔸Whistling sound: Feedback is expected when cupping a hand near the device—normal.

🔸 Avoid hairspray: Correct because aerosols clog microphones.


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10 :

Hint : 💡 Convert hours → minutes → apply drop factor.

Correct Answers:

  • 14 gtt/min


Rationale :

Step-by-Step Calculation

🟨 1000 mL ÷ 12 hrs = 83.3 mL/hr

🟨 83.3 mL/hr ÷ 60 = 1.39 mL/min

🟨 1.39 mL/min × 10 gtt/mL = 13.9 ≈ 14 gtt/min

❌ Incorrect Options

🔸 30 gtt/min: Too fast, would infuse in less than half the time.

🔸 8 gtt/min: Too slow, infusion would not complete on time.

🔸 83 gtt/min: Extremely unsafe and rapid.


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Total Questions: 10

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