🟦 Clients with impaired speech often require additional time to form words, process language, and express their needs meaningfully.

🟦 Providing extra time demonstrates respect, patience, and therapeutic communication, which builds trust and reduces frustration.

🟦 This approach avoids pressuring the client, which could worsen communication difficulties and increase anxiety.

🟦 Allowing extra time also ensures the client maintains autonomy by giving them the opportunity to communicate independently.

🟦 Therefore, this is the most appropriate and effective action when caring for a client with impaired speech.

Finish sentences for the client.

🟦 Completing the client’s sentences can make them feel disrespected or rushed, undermining their independence.

🟦 This action may lead to incorrect assumptions, causing miscommunication or misunderstanding of the client’s true needs.

🟦 It also removes the client’s opportunity to practice and improve their communication skills.

🟦 Clients with impaired speech often need empowerment, not replacement of their communication efforts.

🟦 Therefore, finishing their sentences is not therapeutic and should be avoided.

Ask open-ended questions.

🟦 Open-ended questions require longer, more complex responses, which can be challenging for individuals with impaired speech.

🟦 This can increase frustration and reduce the client’s ability to communicate effectively.

🟦 Closed or simple yes/no questions are more appropriate, as they require minimal verbal output.

🟦 The goal is to facilitate communication, not increase cognitive or verbal burden.

🟦 Therefore, open-ended questions are not the best approach for a speech-impaired client.

Avoid using visual aids for communication.

🟦 Visual aids such as pictures, gestures, communication boards, or written words enhance understanding and support expressive communication.

🟦 Avoiding visual aids eliminates a valuable tool that compensates for speech deficits.

🟦 Clients with speech impairment frequently rely on nonverbal communication methods to express needs clearly.

🟦 Using visual aids improves accuracy, reduces frustration, and supports client autonomy.

🟦 Therefore, avoiding visual aids is not appropriate and would hinder communication.

✍️Ordered rate: 100 mL / 60 min

✍️Drop factor: 60 gtt/mL

✍️Use the formula:

♦️ gtt/min=mL/min× gtt/mL/1

✍️Convert to mL/min:

♦️100 mL÷60 min

≈1.67 mL/min

✍️Multiply by drop factor:

♦️1.67×60

➡️ ≈100 gtt/min

Occupation (construction worker)

🔷 Working as a construction worker exposes the client to chronic loud noise from machinery, power tools, and heavy equipment.

🔷 Prolonged exposure to high-decibel noise is a major cause of noise-induced hearing loss, especially when hearing protection is not consistently used.

🔷 This type of occupational noise damages the hair cells in the cochlea, leading to gradual, often irreversible sensorineural hearing loss.

🔷 The client’s new symptoms of ringing in both ears (tinnitus) and difficulty hearing the television are consistent with early noise-related damage.

🔷 Therefore, the client’s occupation is a significant risk factor for hearing impairment.

Furosemide

🔷 Furosemide is a loop diuretic known to have ototoxic effects, especially at higher doses or with rapid IV administration, but risk can exist even with chronic oral use.

🔷 It can damage structures in the inner ear, particularly affecting cochlear function, leading to tinnitus and hearing loss.

🔷 Ototoxicity risk increases when loop diuretics are combined with other ototoxic agents or used long-term in vulnerable clients.

🔷 The client’s symptom of ringing in both ears is a classic sign of drug-induced ototoxicity.

🔷 Thus, furosemide is appropriately identified as a risk factor for hearing impairment.

Naproxen

🔷 Naproxen, a nonsteroidal anti-inflammatory drug (NSAID), can cause reversible ototoxicity, including tinnitus and decreased hearing, especially with prolonged or higher-dose use.

🔷 NSAIDs can alter cochlear blood flow and affect inner ear function, contributing to sensorineural hearing changes.

🔷 The client has been taking naproxen twice daily for months, which increases the risk of auditory side effects.

🔷 The combination of ringing in both ears and documented 39 dB hearing loss is consistent with possible medication-related changes.

🔷 Therefore, naproxen is a valid risk factor for hearing impairment in this client.

Osteoarthritis

🔷 Osteoarthritis is a degenerative joint disease affecting cartilage and bones, primarily in weight-bearing joints.

🔷 It does not directly damage the auditory system, cochlea, or cranial nerve VIII.

🔷 While it may affect mobility or quality of life, it is not recognized as a primary risk factor for hearing loss.

🔷 Hearing changes in this client are more plausibly linked to ototoxic medications and noise exposure than to joint disease.

🔷 Therefore, osteoarthritis does not place the client at increased risk for hearing impairment in this context.

Hyperlipidemia

🔷 Hyperlipidemia affects blood lipid levels and is a risk factor for cardiovascular disease, but its link to hearing loss is indirect and not primary.

🔷 Some research suggests that poor vascular health might influence cochlear blood flow, but it is not considered a major standalone cause of hearing impairment in standard nursing assessments.

🔷 In this scenario, more potent and proven factors—such as noise exposure and ototoxic drugs—offer a clearer explanation.

🔷 Hyperlipidemia is more strongly associated with atherosclerosis and cardiac/cerebrovascular events rather than early tinnitus and hearing changes.

🔷 Thus, hyperlipidemia is not selected as a primary hearing risk factor here.

Lovastatin

🔷 Lovastatin is a statin used to lower cholesterol and reduce cardiovascular risk.

🔷 While statins have various side effects (e.g., muscle pain, liver enzyme elevation), they are not widely recognized as primary ototoxic agents.

🔷 Evidence linking statins to hearing loss is limited and inconsistent, especially compared to strong ototoxic drugs like loop diuretics and some NSAIDs.

🔷 In this context, lovastatin is less likely to explain the client’s tinnitus and 39 dB hearing loss.

🔷 Therefore, lovastatin is not considered a key risk factor for hearing impairment in this case.

💠 The PQRST mnemonic is used to assess pain: P = Provocation/Precipitating, Q = Quality, R = Region/Radiation, S = Severity, T = Timing.

💠 Quality refers to what the pain feels like in the client’s own words, such as sharp, dull, burning, throbbing, cramping, or stabbing.

💠 When the nurse asks, “What does the pain feel like?” they are directly assessing the quality of the pain.

💠 This information helps differentiate types of pain, such as neuropathic vs. nociceptive, and guides appropriate interventions.

💠 Therefore, asking the client to describe the sensation of the pain is an assessment of Q – Quality in the

Region

💠 Region refers to where the pain is located and whether it radiates to other parts of the body.

💠 Questions that assess region sound like, “Where is the pain?” or “Does the pain move anywhere else?”.

💠 This option would be correct if the nurse were asking the client to point to the site of pain or describe spread to other areas.

💠 Asking what the pain feels like does not focus on location, so it does not correspond to the R (Region/Radiation) component.

💠 Because the question is about the character of pain, not the location, Region is not the best answer.

Severity

💠 Severity focuses on how intense the pain is, usually using a numeric rating scale, such as 0–10.

💠 Typical severity questions include, “On a scale of 0 to 10, how bad is your pain right now?”.

💠 This option would be correct if the nurse were asking the client to rate their pain rather than describe its nature.

💠 The phrase “what the pain feels like” is not asking about intensity or degree of pain, but about sensory descriptors.

💠 Therefore, this answer does not match the nurse’s actual question and is incorrect in this context.

Precipitating cause

💠 Precipitating cause relates to what provokes or triggers the pain, corresponding to the P (Provocation/Precipitating) in PQRST.

💠 Questions like, “What were you doing when the pain started?” or “What makes the pain better or worse?” assess this component.

💠 These questions focus on activities, events, or conditions that bring on or aggravate the pain.

💠 Asking the client to describe what the pain feels like does not address triggers or provoking factors.

💠 Thus, this answer does not reflect the nurse’s actual focus and is not the correct component of the PQRST mnemonic here.

🟦 A 24-month-old (2-year-old) child is in the toddler stage, where gross motor skills like walking, running, and pulling objects are well-developed.

🟦 Pull toys support coordination, balance, and mobility, which are appropriate for this age group.

🟦 At this stage, toddlers enjoy simple, active play that allows them to move around while still being safe and developmentally suitable.

🟦 This activity does not require advanced fine motor control or complex coordination, making it ideal for a 2-year-old.

🟦 Therefore, recommending playing with pull toys aligns with the expected developmental milestones for a 24-month-old child.

Using scissors

🟦 Using scissors requires refined fine motor skills, hand–eye coordination, and the ability to follow safety instructions.

🟦 These abilities typically develop closer to 4–5 years of age, not at 2 years.

🟦 Toddlers at 24 months are more focused on gross motor activities like running, climbing, and pulling rather than manipulating sharp tools.

🟦 Introducing scissors too early could increase the risk of injury, as toddlers lack the impulse control and safety awareness needed.

🟦 Because this task is beyond the expected developmental level of a 2-year-old, it is not an appropriate recommendation.

Catching a ball

🟦 Catching a ball, especially with good control, is more typical of preschoolers (around 4 years) who have better coordination and timing.

🟦 A 24-month-old may attempt to roll or throw a ball but usually does not reliably catch one.

🟦 The skill of catching requires the ability to track a moving object, adjust body position, and coordinate both hands.

🟦 These abilities are still emerging and not fully developed at 2 years, so this activity is too advanced as a primary recommendation.

🟦 Therefore, while a toddler might interact with a ball, “catching a ball” as a skill is not developmentally expected at this age.

Jumping rope

🟦 Jumping rope is a complex motor skill associated with school-age children, typically 5 years and older.

🟦 It requires rhythm, balance, coordination, and strength, along with the ability to synchronize jumping with the movement of the rope.

🟦 A 24-month-old does not yet have the neuromuscular maturity to perform this task safely and effectively.

🟦 Attempting jumping rope at this age could result in falls or injury, as their balance and coordination are still developing.

🟦 Thus, jumping rope is not an appropriate activity for a toddler and is not the best teaching recommendation.

🔷 Patient-controlled analgesia (PCA) is designed so that only the client controls the administration of pain medication.

🔷 This ensures that medication is given in response to the client’s subjective experience of pain, not another person’s perception.

🔷 Allowing only the patient to push the button reduces the risk of over-sedation and respiratory depression, especially when the patient is asleep.

🔷 This response educates the partner about the purpose and safety principles of PCA while setting a clear professional boundary.

🔷 Therefore, stating that the husband (client) should decide when more medication is needed is the safest and most appropriate response.

"Next time you think he needs more medication, call me and I'll push the button."

🔷 This statement implies that the nurse will override the PCA principle and administer medication based on the partner’s judgment, not the client’s pain report.

🔷 Doing so defeats the purpose of patient-controlled analgesia and can lead to inappropriate dosing when the client may not need it.

🔷 It also increases the risk of over-sedation and respiratory compromise, particularly if the client is already comfortable or asleep.

🔷 Best practice dictates that only the client activates the PCA button unless there is a very specific provider order for nurse-controlled dosing (which is not PCA).

🔷 Therefore, this response is unsafe and does not align with PCA safety guidelines.

"It's a good idea to help make sure your husband can sleep comfortably."

🔷 This response reinforces and approves the unsafe practice of proxy dosing, where someone other than the patient pushes the PCA button.

🔷 Encouraging this behavior disregards the client’s actual level of consciousness and pain perception, especially since the client is asleep.

🔷 It increases the risk of oversedation, hypoventilation, and respiratory depression, particularly with opioids.

🔷 Nurses are responsible for educating and protecting clients by discouraging unsafe practices, not validating them.

🔷 Therefore, agreeing that it is a “good idea” conflicts with safe PCA use and is not an appropriate response.

"Why do you think your husband needs more medication when he is asleep?"

🔷 While this question might explore the partner’s concerns, its tone can be perceived as confrontational or blaming.

🔷 It does not clearly communicate the safety risk of administering opioids to a sleeping client using PCA.

🔷 The priority here is to educate the partner that only the client should push the button, rather than focusing on their reasoning.

🔷 A therapeutic response should be clear, instructive, and supportive, not make the partner feel defensive.

🔷 Therefore, this option is less effective and does not adequately address PCA safety education.

🌟 Guided imagery is a nonpharmacologic pain management technique where the client mentally visualizes a pleasant, calming scene.

🌟 The nurse encourages the client to imagine detailed sensory experiences, such as sights, sounds, and sensations of a relaxing place.

🌟 In this case, imagining being on a beach with tropical breezes is a classic example of guided imagery to shift focus away from pain.

🌟 This technique can reduce anxiety, muscle tension, and perceived pain intensity, supporting overall comfort.

🌟 Therefore, the nurse is using guided imagery to complement analgesia in managing the client’s postoperative pain.

Biofeedback

🌟 Biofeedback involves using specialized equipment to provide real-time information about physiologic processes, such as heart rate or muscle tension.

🌟 Clients learn to control bodily responses (e.g., relaxing muscles) by watching feedback from monitors or devices.

🌟 In the scenario, there is no mention of any electronic monitoring or feedback device being used during the intervention.

🌟 The nurse is simply asking the client to imagine a relaxing scene, which does not involve biofeedback training.

🌟 Therefore, this option does not accurately describe the intervention being used.

Meditation

🌟 Meditation generally involves focusing attention on breathing, a word/phrase (mantra), or present-moment awareness to achieve mental calmness.

🌟 While meditation can involve visualization, it is usually more centered on internal focus and mindfulness rather than a guided narrative from another person.

🌟 The nurse here is specifically leading the client to imagine a particular place with detailed sensory components, aligning more with guided imagery.

🌟 Meditation is broader and less structured around a specific external image provided by the nurse.

🌟 Thus, although related, this scenario better fits guided imagery rather than meditation as the primary technique.

Art therapy

🌟 Art therapy uses activities like drawing, painting, sculpting, or other creative arts to help clients express emotions and cope with stress or pain.

🌟 It typically involves physical creation of artwork, often facilitated by a trained therapist.

🌟 In this case, the client is not asked to draw or create anything but to visualize a relaxing beach scene.

🌟 There is no involvement of art materials or creative products, which are core elements of art therapy.

🌟 Therefore, this option does not describe what the nurse is actually doing and is not correct.

🔹 Modern family-centered care recognizes that “family” is defined by the client, not strictly by biological or legal ties.

🔹 Clients may consider close friends, partners, or caregivers as family, and involving them respects the client’s values and support system.

🔹 Including those whom the client views as family enhances trust, communication, and collaborative decision-making.

🔹 It also acknowledges diverse cultural, social, and personal definitions of family, which is essential in holistic nursing care.

🔹 Therefore, the nurse should base inclusion in the interview on the client’s perspective of who their family is.

Include people who are related to the client by blood and marriage.

🔹 Limiting “family” to only blood relatives and legal spouses reflects a narrow, traditional definition that does not fit all clients.

🔹 Many individuals may be primarily supported by friends, partners, or non-relatives who play major roles in their lives.

🔹 Excluding these important people can weaken the client’s support network during hospitalization and treatment.

🔹 This approach does not reflect person-centered or culturally sensitive nursing practice.

🔹 Therefore, this option is too restrictive and does not align with current family-centered care principles.

Include people who can support the client adequately.

🔹 While it is important to include those who provide support, the nurse should not unilaterally decide who is “adequate” or not.

🔹 This wording suggests that the nurse, rather than the client, chooses which relationships are valid or strong enough.

🔹 It may lead to exclusion of individuals whom the client values emotionally, even if the nurse does not perceive them as “supportive enough.”

🔹 Effective care requires respecting the client’s autonomy and preferences, not making subjective judgments about their relationships.

🔹 Thus, the determination should be based on the client’s view, not the nurse’s criteria alone.

Include people who live in the same house with the client.

🔹 People who live with the client are often important, but not all key support persons share the same household.

🔹 Some clients may be emotionally closest to someone who lives elsewhere, such as an adult child, partner, or friend.

🔹 Limiting the interview to household members ignores long-distance or non-cohabiting support systems.

🔹 This approach does not fully reflect individualized, holistic care, which values the client’s own definition of significant relationships.

🔹 Therefore, simply using household residence as the criterion is not the best method for deciding who to include.

🟣 Opioids, such as morphine, can cause respiratory depression, making respiratory assessment critical before continuing doses.

🟣 A respiratory rate of 8 breaths/min is below the normal range (generally 12–20/min for adults) and indicates hypoventilation.

🟣 When respirations are this low, giving more morphine could further depress the respiratory center, placing the client at risk for respiratory arrest.

🟣 In this situation, the nurse should withhold the opioid, assess the client more fully, and notify the provider; reversal with naloxone may be necessary.

🟣 Therefore, a respiratory rate of 8/min is a clear sign to hold the morphine and prioritize airway and breathing.

The client reports a pain level of 4 on a scale of 0 to 10.

🟣 A pain rating of 4/10 is considered mild to moderate pain, and many postoperative protocols accept this as a tolerable level.

🟣 PCA use aims to keep pain at a manageable level, not necessarily at zero, while minimizing sedation and side effects.

🟣 A pain score of 4 alone, without other concerning signs, does not require withholding morphine, especially if the client can safely self-administer.

🟣 More important withholding criteria involve respiratory status, level of consciousness, and hemodynamic stability.

🟣 Therefore, this finding by itself is not an appropriate reason to withhold the medication.

The client's urinary catheter output was 30 mL during the past hour.

🟣 A urine output of 30 mL/hr is generally considered the minimum acceptable for adequate kidney perfusion in adults.

🟣 This output does not indicate oliguria or renal failure, and there is no direct suggestion of morphine toxicity from this value alone.

🟣 While monitoring urinary output is important, especially postoperatively, this value is within acceptable limits.

🟣 Withholding morphine is usually based on respiratory and neurologic status, not borderline but acceptable urine output.

🟣 Therefore, this finding does not, by itself, warrant withholding the PCA dose.

The client is drowsy and responds to verbal stimuli by answering questions.

🟣 Mild drowsiness is an expected side effect of opioid therapy and does not automatically indicate dangerous oversedation.

🟣 If the client awakens to verbal stimuli and can answer questions appropriately, their level of consciousness is still reasonably intact.

🟣 Sedation scales are used to monitor opioid effects, and a client who is arousable and oriented is generally considered safe to continue therapy with close monitoring.

🟣 Serious concern arises when the client is difficult to arouse, confused, or unresponsive, especially with low respirations.

🟣 Therefore, this level of drowsiness alone is not a sufficient reason to withhold morphine, unlike the critical finding of respiratory rate 8/min.

Report the occurrence of muscle pain immediately.

⭐ Muscle pain is a critical adverse effect of many antilipemic drugs, especially statins, because it can indicate myopathy or the more severe condition rhabdomyolysis.

⭐ Rhabdomyolysis causes breakdown of muscle fibers, which releases myoglobin that can severely damage the kidneys.

⭐ Early reporting allows for immediate evaluation, dosage adjustment, or discontinuation of the therapy to prevent renal failure.

⭐ Clients must understand that even mild muscle pain should be reported because it can progress rapidly to life-threatening complications.

⭐ Therefore, the nurse must emphasize prompt reporting of any muscle pain during antilipemic treatment.

Report abnormal or unusual bleeding or yellow discoloration of the skin.

⭐ Antilipemic medications, especially statins and niacin, can cause liver toxicity, making jaundice (yellow skin) an important sign that must be reported.

⭐ Unusual bleeding may indicate impaired liver function because the liver is responsible for producing clotting factors.

⭐ Monitoring for these signs is essential because hepatotoxicity can progress to severe liver injury if not addressed promptly.

⭐ Reporting early symptoms allows the provider to check liver enzymes (ALT, AST) and intervene before permanent damage occurs.

⭐ Clients should be instructed to watch for yellow eyes, dark urine, light stools, or abdominal pain, as these may also indicate liver dysfunction.

Take the drug in the morning to promote absorption.

⭐ Most antilipemic agents, particularly statins, must be taken in the evening, not the morning, because the body synthesizes cholesterol at night.

⭐ Evening dosing maximizes drug effectiveness, especially for short-acting statins such as simvastatin and lovastatin.

⭐ Taking the drug in the morning reduces therapeutic benefit and may result in inadequate lipid control.

⭐ Because cholesterol production peaks during nighttime hours, the medication works best when taken before bedtime.

⭐ Therefore, the instruction to take antilipemic drugs in the morning is incorrect and should not be included in patient teaching.

Limit fluid intake to prevent fluid overload.

⭐ Antilipemic medications do not cause fluid retention, so restricting fluids is unnecessary and potentially harmful.

⭐ Clients should maintain adequate hydration, which supports kidney function, especially when using drugs with a risk of myopathy.

⭐ Limiting fluids may increase the risk of dehydration, particularly if muscle breakdown occurs and the kidneys are stressed.

⭐ No clinical guideline recommends fluid restriction for patients taking lipid-lowering therapies.

⭐ Therefore, instructing clients to limit fluid intake is inappropriate and does not reflect safe medication teaching.

Take this medication with grapefruit juice.

⭐ Grapefruit juice inhibits the CYP3A4 enzyme, which is responsible for metabolizing many statins.

⭐ Consuming grapefruit juice can increase drug levels in the bloodstream, raising the risk of toxicity, including severe myopathy and liver damage.

⭐ Clients should be taught to avoid grapefruit juice entirely while taking these medications due to the significant drug–food interaction.

⭐ Even small amounts of grapefruit juice can lead to dangerously elevated statin concentrations.

⭐ Therefore, advising a patient to take the drug with grapefruit juice is unsafe and incorrect.