🌟 Major depressive disorder often includes somatic and neurovegetative symptoms, such as changes in sleep, appetite, energy, and concentration.

🌟 Recognizing that depression affects both mood and physical functioning reflects an accurate understanding of the disorder.

🌟 Clients may experience insomnia or hypersomnia and weight gain or weight loss due to appetite changes, all of which are diagnostic criteria.

🌟 This statement shows the client understands that depression is a medical and psychological condition, not just an emotional experience.

🌟 Such insight supports treatment engagement and helps normalize physical changes as part of the illness process, not personal failure.

Depression will only affect my emotions, not my physical health."

🌟 This statement is inaccurate because depression affects both emotional state and physical health, including sleep, appetite, energy, and psychomotor activity.

🌟 Limiting depression to “emotions only” minimizes the complex interplay between body and mind in mood disorders.

🌟 This misunderstanding may lead the client to overlook important physical symptoms and delay seeking care.

🌟 It also fails to acknowledge that depression can worsen chronic medical conditions, such as diabetes or heart disease.

🌟 Thus, this response shows a lack of understanding and is incorrect.

"I should feel better within the next day or two."

🌟 Most antidepressant medications require several weeks (often 2–4 weeks or more) before significant symptom improvement is seen.

🌟 Expecting rapid improvement within 1–2 days is unrealistic and may lead to frustration, non-adherence, or premature discontinuation of treatment.

🌟 This statement shows the client does not understand the time course of therapeutic response in depression.

🌟 Accurate teaching should include information that symptom relief is gradual, not immediate.

🌟 Therefore, this answer is incorrect because it reflects inaccurate expectations about treatment.

"Depression is similar to feeling sad after a breakup."

🌟 Normal sadness after a stressful life event is different from major depressive disorder, which is more persistent, pervasive, and impairing.

🌟 MDD involves changes in functioning, such as impaired work, self-care, or relationships, and often arises independent of a specific trigger.

🌟 Equating depression with ordinary sadness minimizes its severity and may lead to stigma or delayed treatment.

🌟 This view overlooks key features such as hopelessness, anhedonia, and suicidal ideation, which are not typical of normal sadness.

🌟 Thus, the statement is incorrect and indicates a misconception about depression.

💫 Clients in a manic episode often experience hyperactivity, decreased need for sleep, and excessive energy, leading to exhaustion if not managed.

💫 Providing frequent rest periods helps prevent physical depletion, reduces the risk of injury, and supports physiological stability.

💫 Rest breaks also help moderate stimulation, allowing the nervous system short intervals of recovery.

💫 This intervention balances the client’s activity level with essential rest, which is a core safety and self-care goal in mania.

💫 As such, prioritizing structured rest is a key nursing action to protect the client’s health and safety.

Encourage the client to participate in group activities to expend their energy.

💫 Although it may seem helpful to “burn off” energy, group activities can increase stimulation, distractibility, and behavioral escalation in mania.

💫 Excessive social interaction may worsen impulsivity and poor judgment, increasing the risk of conflicts or unsafe behavior.

💫 During acute mania, the goal is low-stimulation, structured activity, not maximal social engagement.

💫 This option fails to prioritize rest and safety and instead risks intensifying manic symptoms.

💫 Therefore, this intervention is incorrect in the context of an acutely manic client.

Allow the client to engage in continuous physical activities to tire them out.

💫 Allowing continuous activity without limits can rapidly lead to exhaustion, dehydration, and physical injury because manic clients often ignore fatigue.

💫 This strategy treats the client’s energy like normal hyperactivity, rather than recognizing it as a pathologic state requiring careful management.

💫 The nurse must set limits and schedule rest, not permit unrestrained activity.

💫 Continuous activity also increases cardiovascular strain and may exacerbate agitation.

💫 Therefore, this option is unsafe and incorrect because it neglects the need for planned rest periods.

Limit the client's physical activity to reduce hyperactivity.

💫 Completely restricting physical activity may cause frustration, agitation, and increased resistance in a manic client.

💫 Clients in mania often need simple, structured, non-competitive activities to channel energy in a controlled way.

💫 Total limitation ignores the need to safely direct activity rather than fully prohibit it.

💫 The priority is to ensure a balance: allow some activity but integrate frequent rest to protect from exhaustion.

💫 Thus, this answer does not capture the balanced approach required and is less appropriate than providing frequent rest periods.

🔶Disulfiram works by causing an aversive reaction if the client consumes alcohol, leading to symptoms like nausea, flushing, tachycardia, and palpitations.

🔶When a client on disulfiram reports nausea and heart palpitations, the priority is to assess for possible alcohol exposure (drinks, cough syrups, sauces, mouthwash).

🔶Determining medication adherence and recent alcohol intake helps identify whether the client is experiencing a disulfiram–alcohol reaction, which can become serious.

🔶Assessment is always the first step in the nursing process and guides further interventions and safety measures.

🔶Thus, this option is priority because it directly addresses the likely cause of symptoms and informs urgent next steps.

Check the client's blood sugar for hypoglycemia

🔶Although nausea and palpitations can occur with hypoglycemia, the client’s key risk factor here is disulfiram therapy with alcohol use disorder.

🔶The symptoms described strongly suggest a potential disulfiram–alcohol reaction, which must be assessed first.

🔶Jumping to blood sugar testing without exploring recent alcohol use misses the most probable and dangerous cause in this context.

🔶Blood sugar assessment might be indicated later if other risk factors exist, but it is not the first-line priority.

🔶Therefore, this option is incorrect as a first action, given the medication and history.

Review the client's liver function tests for signs of hepatic encephalopathy.

🔶Liver function tests are important in chronic alcohol use and hepatotoxic medications, but they do not immediately explain acute nausea and palpitations in a client on disulfiram.

🔶Hepatic encephalopathy presents with confusion, altered mental status, and asterixis, not primarily with palpitations after disulfiram use.

🔶This option focuses on a long-term complication rather than the acute potential medication–alcohol reaction.

🔶While monitoring liver function is important, it is not the priority in this specific scenario.

🔶Therefore, it is incorrect as the first intervention.

Evaluate the client's dietary intake for vitamin deficiencies.

🔶Clients with chronic alcohol use are at risk for vitamin deficiencies (e.g., thiamine, folate), but these deficiencies do not typically cause acute nausea and palpitations after disulfiram.

🔶Assessing diet is a health promotion and long-term management activity, not an acute safety response.

🔶Focusing on dietary intake at this time delays the essential assessment of recent alcohol exposure, which may signal a dangerous reaction.

🔶Nurses must first address issues that could lead to immediate cardiovascular collapse or severe reaction.

🔶Thus, this answer is incorrect as a first-line intervention.

✴ Using excessive alcohol to cope with stress is a maladaptive strategy because it offers only temporary relief while creating significant health and dependency risks.

✴ This behavior can lead to tolerance, withdrawal, liver damage, accidents, and substance use disorder.

✴ Alcohol use interferes with healthy emotional processing and prevents development of effective coping skills.

✴ Over time, stress may actually worsen as the client faces additional medical, legal, and relationship problems related to alcohol.

✴ Therefore, this behavior clearly represents maladaptive coping rather than a healthy stress management technique.

Seeking support from a therapist

✴ Seeking help from a therapist is an example of adaptive coping, as it allows the client to process emotions and develop healthy strategies.

✴ Therapy promotes insight into stressors, thought patterns, and behaviors, leading to more effective long-term management.

✴ This approach reduces the risk of harmful coping methods, such as substance misuse or self-harm.

✴ It also supports improved functioning at work and in relationships.

✴ Because it is constructive and protective, this behavior is not maladaptive and is therefore incorrect for this question.

Journaling every day

✴ Daily journaling is a healthy coping technique that allows the client to reflect on feelings, identify patterns, and externalize stress.

✴ Writing about stressors can decrease rumination and improve emotional clarity.

✴ It is a low-risk, accessible strategy that supports self-awareness and problem-solving.

✴ Journaling can also help track triggers and progress as the client learns better coping skills.

✴ Thus, this behavior is adaptive, not maladaptive, and is incorrect for identifying harmful coping.

Engaging in regular physical exercise.

✴ Regular physical exercise is one of the most evidence-based healthy coping strategies for stress reduction.

✴ Exercise improves mood, reduces anxiety, and promotes better sleep through positive physiologic effects (e.g., endorphin release).

✴ It also enhances overall physical health, which indirectly improves resilience to stress.

✴ This behavior helps the client manage stress in a constructive, sustainable way.

✴ Therefore, it is an adaptive coping strategy and incorrect in the context of maladaptive behaviors.

🟦Naloxone is the specific opioid antagonist that reverses opioid-induced respiratory depression, making it the priority in this scenario.

🟦The client’s respiratory rate of 6/min and pinpoint pupils are classic signs of opioid overdose requiring immediate reversal.

🟦Naloxone competitively blocks opioid receptors, rapidly improving breathing and level of consciousness.

🟦Because the client is unresponsive, airway and breathing are the primary concerns, and naloxone directly targets the underlying cause.

🟦Therefore, naloxone is the medication the nurse should anticipate and prepare to administer without delay.

Flumazenil 0.5 mg IV

🟦Flumazenil is an antidote for benzodiazepine overdose, not for opioid toxicity.

🟦In this case, the clinical signs point strongly to opioid overdose rather than benzodiazepine use, especially with the known history of opioid addiction.

🟦Flumazenil does not reverse respiratory depression caused by opioids and thus would not address the client’s critical low respiratory rate.

🟦Its use is also limited due to the risk of precipitating seizures in patients with mixed drug overdoses.

🟦Because it does not match the suspected drug class involved, flumazenil is not the appropriate choice here.

Haloperidol 5 mg IM

🟦Haloperidol is an antipsychotic medication used to treat agitation, psychosis, or delirium, not respiratory depression.

🟦Administering haloperidol to an unresponsive client offers no benefit and does not correct the underlying opioid-induced CNS depression.

🟦It can cause hypotension and extrapyramidal symptoms, adding more risk without solving the primary problem.

🟦This medication does not act on opioid receptors, so it will not improve the dangerously low respiratory rate.

🟦Therefore, haloperidol is inappropriate for treating opioid overdose and should not be anticipated in this context.

Lorazepam 2 mg IV

🟦Lorazepam is a benzodiazepine that further depresses the CNS, which would worsen the client’s low respiratory rate.

🟦Giving lorazepam in the presence of severe respiratory depression increases the risk of respiratory arrest.

🟦This drug is used for anxiety, seizures, and agitation, not for reversing opioid toxicity.

🟦The priority is to improve ventilation, not to add more sedative medication.

🟦Therefore, lorazepam is contraindicated and not the correct choice in suspected opioid overdose.

🟩 Grandiose delusions are false, fixed beliefs about having extraordinary wealth, power, or abilities far beyond reality.

🟩 In mania, clients often show inflated self-esteem and unrealistic plans, such as buying a private plane with no evidence of means.

🟩 The client’s statement reflects a belief that is not grounded in reality, consistent with psychotic features of mania.

🟩 Recognizing this as grandiosity is essential for appropriate mood-stabilizing and safety interventions.

🟩 Therefore, the nurse should interpret this statement as an example of grandiose delusions, not normal ambition.

The client is exaggerating for attention

🟩 Exaggeration implies a conscious overstatement of reality, but in mania, clients genuinely believe their unrealistic ideas.

🟩 Labeling this as attention-seeking minimizes the severity of the client’s psychiatric symptoms.

🟩 The belief about multiple businesses and a private plane is disproportionately unrealistic, indicating delusional thinking, not simple exaggeration.

🟩 Failing to recognize grandiose delusions may delay appropriate treatment and risk-taking behavior control.

🟩 Thus, this interpretation is incorrect and does not reflect the true psychopathology of acute mania.

The client is expressing future career goals

🟩 Future career goals are typically realistic and achievable, based on the person’s resources and abilities.

🟩 In this scenario, planning three businesses at once and buying a private plane suggests severe overestimation of capability.

🟩 The time frame (“next week”) further supports that this is unrealistic and delusional, not ordinary planning.

🟩 Treating delusional statements as normal goals may lead to inadequate monitoring and poor risk assessment.

🟩 Therefore, this choice does not accurately describe the client’s mental state.

The client is attempting to engage in social conversation

🟩 Social conversation typically involves appropriate topics, realistic content, and logical thought processes.

🟩 Here, the client’s content reflects impaired reality testing and disorganized grandiosity, not casual small talk.

🟩 Interpreting this as mere conversation ignores the core feature of mania, where psychotic-level beliefs may occur.

🟩 This misinterpretation can lead to underestimating the need for structured limits and medication.

🟩 Thus, this is not an accurate clinical interpretation of the client’s statement.

🟠 Illness anxiety disorder is characterized by preoccupation with having or acquiring a serious illness, despite minimal or no symptoms.

🟠 Clients frequently misinterpret normal body sensations (e.g., mild headache) as signs of serious disease.

🟠 The key feature is excessive worry and repeated health-related checking or reassurance-seeking.

🟠 Their anxiety persists even when examinations and tests are normal, which differentiates it from real medical illness.

🟠 Therefore, excessive worry about developing an illness is the hallmark behavioral manifestation.

Avoidance of social situations

🟠 Avoiding social situations is more typical of social anxiety disorder, where the focus is fear of negative evaluation by others.

🟠 In illness anxiety disorder, the main fear centers on disease and health, not social interactions.

🟠 Although some clients may avoid healthcare settings, this is different from avoiding social gatherings out of embarrassment.

🟠 This behavior does not specifically reflect persistent health-related preoccupation.

🟠 Thus, it is not the best description of illness anxiety disorder.

Fear of closed spaces

🟠 Fear of closed spaces is consistent with claustrophobia, a type of specific phobia, not illness anxiety disorder.

🟠 The fear in claustrophobia is linked to the environmental context (elevators, small rooms), not fear of having an illness.

🟠 Clients with illness anxiety disorder are more focused on symptoms and disease than on physical spaces.

🟠 There is no direct connection between closed spaces and the diagnostic criteria for illness anxiety disorder.

🟠 Therefore, this option is incorrect for this condition.

Sudden loss of memory

🟠 Sudden loss of memory suggests dissociative amnesia, usually associated with traumatic or overwhelming events.

🟠 Illness anxiety disorder does not typically involve disruptions of memory or identity.

🟠 The primary issue in illness anxiety disorder is health-related anxiety, not amnesia.

🟠 Confusing these conditions can lead to misdiagnosis and inappropriate treatment.

🟠 Hence, sudden memory loss is not a characteristic manifestation of illness anxiety disorder.

🔷 During alcohol withdrawal, clients are at high risk for generalized tonic-clonic seizures, especially within the first 24–48 hours.

🔷 Seizures can lead to airway compromise, injury, and progression to delirium tremens, making monitoring a priority safety intervention.

🔷 Continuous neurologic and vital sign assessment helps detect early signs of worsening withdrawal.

🔷 Early recognition of seizure activity allows prompt administration of benzodiazepines and other supportive measures.

🔷 Focusing on seizure monitoring aligns with the nursing priority of physiologic safety in acute withdrawal.

Offer the client caffeine to alleviate fatigue

🔷 Caffeine is a stimulant that can increase heart rate, blood pressure, and anxiety, worsening withdrawal symptoms.

🔷 It can contribute to sleep disturbance, which is already a problem in alcohol withdrawal.

🔷 Instead of decreasing fatigue, caffeine may exacerbate irritability and restlessness.

🔷 Evidence-based care focuses on hydration, nutrition, benzodiazepines, and safety, not stimulant use.

🔷 Offering caffeine does not address the life-threatening complications, such as seizures and delirium tremens.

Encourage the client to verbalize feelings

🔷 Encouraging expression of feelings is appropriate for therapeutic communication but is a lower priority during acute withdrawal.

🔷 The immediate risks are autonomic instability, seizures, and delirium, which require physiologic monitoring and medication.

🔷 Emotional support does not prevent seizure activity or stabilize vital signs.

🔷 Once the client is medically stabilized, exploring feelings about alcohol use and recovery becomes more appropriate.

🔷 Prioritizing psychosocial interventions over safety and seizure monitoring does not reflect the correct hierarchy of needs.

Prepare to administer disulfiram

🔷 Disulfiram is used for long-term maintenance of alcohol abstinence, not for acute withdrawal management.

🔷 Giving disulfiram during withdrawal can be dangerous if the client still has alcohol in the system, causing severe reactions.

🔷 First-line medications in acute withdrawal are typically benzodiazepines to prevent seizures and delirium.

🔷 Initiating disulfiram requires baseline liver function tests, informed consent, and client stability, which are not present in this emergency situation.

🔷 Preparing disulfiram ignores the immediate life-threatening risks and is therefore not the priority intervention.