The child who is postoperative for the appendectomy would be an appropriate assignment for the LVN/LPN. This child’s problem has a predictable outcome. The children with croup and head injury will need to be evaluated and monitored for complications, which is the scope of practice and responsibility of the RN. The 5-day-old with spina bifida whose parents are at bedside might have many concerns to discuss and will require teaching, plan of care and multidisciplinary collaboration for future surgery and management. Hence RN will be assigned for this client.

When a chest tube is accidentally dislodged from the client’s chest, there is a direct opening between the pleural space and the external environment. This creates a high risk for air entering the pleural cavity (pneumothorax) and possibly developing into a tension pneumothorax, which is a life-threatening emergency.

The recommended procedure is to immediately apply an occlusive dressing taped on three sides. This allows air to escape from the pleural space during exhalation (preventing tension pneumothorax) but limits air entry during inhalation. Taping on all four sides can trap air inside and worsen the condition if a tension pneumothorax develops.

In practice, during accidental dislodgement, the nurse may not always have a sterile occlusive dressing readily available within seconds. In such cases, the priority is to cover the insertion site with a gloved hand to prevent further air entry until appropriate supplies are obtained. This action is quick, uses available resources, and provides temporary protection of the pleural space. Once the dressing is available, the nurse can replace the hand with a proper three-sided occlusive dressing and notify the healthcare provider immediately.

Nursing priorities after dislodgement:

1. Cover the site immediately (gloved hand first if dressing not available).

2. Apply a three-sided occlusive dressing once possible.

3. Monitor the client for signs of respiratory distress or tension pneumothorax (eg, severe dyspnea, tracheal deviation, hypotension).

4. Notify the healthcare provider immediately for further intervention and possible reinsertion of the chest tube.

5. Ensure emergency equipment (oxygen, dressing supplies, chest tube tray) is accessible for rapid response in the future.

If the chest tube is disconnected from the drainage system but still in the client’s chest: In this scenario, the priority is to place the distal end of the tube into a bottle of sterile normal saline. This acts as a water seal, preventing air from entering the pleural space while allowing air and fluid to drain out. However, the question is not about this scenario.

Hydromorphone is an opioid pain medicine that works faster and is 2–8 times stronger than morphine. For IV push, 1 mg should be given slowly over 2–3 minutes. It does not need to be mixed with 10 mL of normal saline before giving. It is safe to give hydromorphone through a peripheral IV.

Because opioids can cause respiratory depression, low blood pressure, and drowsiness, the nurse should monitor the client closely for these effects and make sure the client asks for help before getting out of bed to prevent falls.

Hydromorphone is usually ordered as needed (PRN) for pain, not on a fixed schedule. Giving it every 3 hours without assessing pain is not appropriate.

Opioids often cause constipation, so it is important to listen to bowel sounds and encourage the client to drink enough fluids to keep the bowels moving—fluid intake should not be restricted unless there is another medical reason.

Although hydromorphone can lower blood pressure, it is not necessary to hold the medication just because the heart rate is below 70 beats per minute. The only time to consider holding it for a low heart rate is if the client also has symptoms of bradycardia (such as dizziness, weakness, or fainting), and that decision should be based on the specific situation.

The client’s statements indicate that she is in the bargaining stage of grief. In this stage, individuals try to make deals—either with themselves, others, or a higher power—in hopes of postponing the outcome or finding a cure. Bargaining often involves “if–then” thinking, such as, “If I do this, then maybe things will get better.” In this case, the client is promising to be a better person, increasing her church attendance, praying for a miracle, and exploring alternative remedies in hopes of curing her cancer and living longer. These actions reflect a desire to gain more time and control over the situation, even though the illness is advanced.

Here is a table comparing all grief stages and specific client statements.

Placenta previa occurs when the placenta abnormally implants in the lower segment of the uterus near or over the cervical os instead of attaching to the fundus. The abnormal implantation results in bleeding during the third trimester of pregnancy as the cervix begins to dilate and efface. Assessment findings include painless, bright red vaginal bleeding during the second or third trimester, soft, relaxed and nontender uterus with normal tone, normal vital signs and reassuring FHR. The client will need an ultrasound to diagnose the condition. Fetal monitoring for fetal well-being assessment will be needed, and most commonly done with nonstress test. A contraction stress test (for monitoring presence of variable deceleration) or use of oxytocin is not safe at this time, as client may go into preterm delivery which will complicate the condition with bleeding and fetal distress. An emergency cesarean delivery or dilation and curettage or internal fetal monitoring is not indicated for this client. Refrain from performing vaginal exams as it may exacerbate bleeding. Client will be instructed not to insert anything through vagina. Client will be on bedrest/pelvic rest as indicated.

RhoGAM is given anytime that maternal blood could come into contact with possible Rh-positive blood cells, such as: Any vaginal bleeding during pregnancy, injury, miscarriage or abortion or diagnostic tests.

For an overview of ECG, please watch the video : AppleRN ECG basics and AV block

Ventricular bigeminy is a cardiac rhythm in which every normal beat (sinus beat) is followed by a premature ventricular contraction (PVC). This creates a repeating pattern of one normal beat and one ectopic ventricular beat. PVCs occur when an abnormal electrical focus in the ventricles fires before the next scheduled sinus impulse, causing early depolarization and contraction of the ventricles.

Characteristics on ECG:

• Regular pattern where every second beat is a PVC

• Wide, bizarre QRS complexes for PVCs (usually > 0.12 seconds)

• T wave direction often opposite the QRS direction for the PVC

• Absence of a preceding P wave for the PVC

Common causes/triggers of PVCs and ventricular bigeminy:

• Stimulants: Caffeine, nicotine, cocaine, or certain energy drinks can increase ventricular irritability.

• Medications: Digoxin toxicity is a well-known cause; some anesthetics, beta-agonists, and decongestants may also contribute.

• Electrolyte imbalances: Hypokalemia, hypomagnesemia, and hypercalcemia can disrupt cardiac conduction and increase ectopy.

• Cardiac conditions: Myocardial infarction, heart failure, cardiomyopathy, or structural heart disease increase ventricular irritability.

• Hypoxia: Low oxygen levels from respiratory or circulatory compromise can trigger PVCs.

• Stress and catecholamine surges: Emotional stress or pain increases sympathetic nervous system activity, predisposing to PVCs.

Clinical significance:
While occasional PVCs may occur in healthy individuals, frequent or patterned PVCs—such as bigeminy—may indicate significant myocardial irritability. Following an acute myocardial infarction (MI), ventricular bigeminy may be a warning sign of more severe arrhythmias, such as ventricular tachycardia (VT) or ventricular fibrillation (VF), both of which can be life-threatening.

Nursing and medical management priorities:

1. Assess the patient’s stability: Check vital signs, oxygenation, and presence of chest pain, hypotension, or altered mental status.

2. Identify and treat the cause:

   • Draw serum electrolytes (potassium, magnesium, calcium) and correct abnormalities.

   • Assess for and treat hypoxia (oxygen supplementation if needed).

   • Review medications for agents that may trigger PVCs (eg, digoxin levels).

   • Address stimulant use or excessive caffeine intake.

3. Continuous cardiac monitoring: To watch for progression to sustained VT or VF.

4. Report to provider: Especially if PVCs are new onset after MI, symptomatic, or increasing in frequency.

5. Possible pharmacologic management: Antiarrhythmic drugs (eg, amiodarone, lidocaine) may be considered if the patient is symptomatic or if PVCs are causing hemodynamic instability.

Key risk if untreated: Persistent ventricular bigeminy in a vulnerable heart (post-MI, severe electrolyte imbalance, hypoxia) can deteriorate into ventricular tachycardia, which may progress to ventricular fibrillation and cardiac arrest. Early identification and correction of reversible causes are essential.

A sleep study, known as polysomnography, monitors and records various body functions during sleep. Sleep studies help diagnose sleep disorders like sleep apnea, restless legs syndrome, and narcolepsy. Sleep studies typically observe brain activity, eye movement, heart rate, and breathing patterns. The client spent the night in sleep study center. Client is instructed to avoid any stimulants like coffee, alcohol and to avoid taking any naps, so that the night time sleep is not disturbed. It is ok to wash client’s hair with shampoo before coming for test, but avoid any hair jell and oils. Client can wear comfortable cloths like pajamas, also can use pillows and sheets from home if preferred. They are allowed to turn in bed and can sleep in any position they normally do. The client may be asked to avoid taking certain medications which might interfere with sleep, but some medications may be continued as per physician’s recommendation. The client will have to contact the physician and make the decision on which medication to continue and which medication to avoid on the day of the test.

• The first action in this case is to check for responsiveness. For patients suspected to be in respiratory arrest related to potential opioid overdose, provide rescue ventilation and airway protection until the patient resumes spontaneous breathing.
• The AHA doesn’t recommend naloxone as a standalone therapy in the event of respiratory or cardiac arrest. By continuing to support the cardiopulmonary system, the responder can increase the possibility of preserving valuable tissue through continued perfusion and reduce the risk for disability.
• Even providing compression-only CPR can help maintain circulation until additional help arrives. When naloxone is provided, CPR shouldn’t be delayed or obstructed. After naloxone administration, AHA recommends continued supportive care.
• Naloxone is available in three formulations: injectable, auto-injectable, or intranasal prefilled cartridge.
• Naloxone is a fast-acting medication with a short half-life (about 30 to 45 minutes). Depending on the dose, not all of the opioids consumed will have metabolized and could still be available to neuroreceptors. In this case, the patient may experience additional opioid overdose symptoms, including respiratory depression. Naloxone’s short half-life may require additional doses for full overdose recovery.

Dual disorders/dual pathology/co-occurring disorders: these are the terms commonly accepted within the mental health field to refer to those patients who suffer from an addictive disorder and other mental disorders. The examples are a client with post traumatic stress disorder who is an alcoholic and a client with anxiety is having addiction to prescribed benzodiazepines. A multidisciplinary and comprehensive response to the needs of persons with these disorders is required.

A client with depression is having hopelessness and suicidal ideation, a bipolar client has a history of manic and depressive episodes in the last 6 months, a schizophrenia client is experiencing visual and auditory hallucinations : In these cases the clients are experiencing signs and symptoms related to the mental health condition. There is no substance abuse.

A client with alcoholism is having pancreatitis and diabetes : There is no mental health disorder identified in this client along with addiction.

The client is having myocardial infarction and aspirin is already given. The client now require another anti-platelet for loading dose as he is being scheduled for a percutaneous coronary intervention. Anticoagulants like Heparin or warfarin are not used just before an invasive procedure. Therefore the better option is a “grel” medication (clopidogrel/ prasugrel) as it acts quickly to further prevent platelet aggregation. It is safe to give before PTCA and can be given even if client had aspirin.

This presentation indicates impending airway obstruction, which is a medical emergency in clients with facial and neck burns. Signs such as drooling, hoarseness, and difficulty speaking are hallmark signs of inhalation injury leading to airway edema. Immediate intervention is needed to secure the airway before it becomes fully obstructed. While the other options describe serious conditions—bacterial infection and pulmonary fluid overload—they are not as immediately life-threatening as airway compromise.

Greenstick fracture refers to splintering of the bone, not a complete fracture. The name comes from the splintering effect in attempts to break a “green stick.” It is a common fracture in children. The periosteum is affected only on one side – its is intact across the fracture and the bone is still in alignment.

This is an acute emergency on a detox unit involving a belligerent, physically restrained client who is actively resisting care and attempting to escape. The injection—presumably a medication needed for behavioral control, safety, or urgent symptom management—must be administered immediately to prevent harm to the client or others. Delays in administration prolong physical struggle, increase the risk of injury to staff and the client, and allow the situation to escalate.

In such cases, it is appropriate and necessary for the charge nurse to step in and take the medication from the orientee nurse and administer it promptly. An experienced nurse is more likely to be able to deliver the injection quickly, accurately, and safely despite the client’s movement, ensuring the correct site is used and minimizing the risk of injury. This action is not a reflection of the orientee’s failure, but rather a matter of using the most efficient and skilled resource available in the moment to ensure client and staff safety.

After the immediate crisis is managed and the client is stabilized, the charge nurse should follow up with the new nurse. This debrief should include:

• Discussing what happened and why the intervention was necessary.

• Reinforcing that in high-risk, high-urgency situations, patient and staff safety take priority over training needs.

• Providing guidance and support to help the orientee build confidence and develop skills for future similar situations.

This approach both ensures immediate safety and care delivery and fosters the orientee’s professional growth through constructive feedback and emotional support after the event.

1.Correct: A partial hospitalization program can provide treatment during the day while allowing the client to spend nights at home, as long as a responsible family member is present.
2.Incorrect: Daily care provided by a home health aide will not provide adequate supervision for this client.
3.Incorrect: Weekly visits from a case worker will not provide adequate care and supervision for this client.
4.Incorrect: It is not appropriate to ask the client to visit community mental health center everyday as these facilities mainly focus on educational groups, medication dispensing programs, and counselling.

Community-Based Mental Health Programs

1. Home care: They provide mental health assessment, interventions, and family support in the client’s home. This is implemented most often for children, older adults, and clients with medical conditions.

2. Assertive community treatment (ACT) :This includes nontraditional case management and treatment by an interprofessional team for clients who have severe mental illness and are noncompliant with traditional treatment. Ex: A client who lives at home and keeps “forgetting” to come in for his monthly antipsychotic injection for schizophrenia. ACT helps to reduce reoccurrences of hospitalizations and provides crisis intervention, assistance with independent living, and information regarding resources for necessary support services.

3. Partial hospitalization program: These programs can provide treatment during the day while allowing the client to spend nights at home, as long as a responsible family member is present. These programs provide intense short-term treatment for clients who are well enough to go home every night and who have a responsible person at home to provide support and a safe environment. Certain detoxification programs are a specialized form of partial hospitalization for clients who require medical supervision, stress management, substance use disorder counseling, and relapse prevention.

• Question is asking for “require additional follow up” – which indicate need for further teaching/negative statements
• Complications of pacemaker placement include pericardial effusion, pericardial tamponade, and diaphragmatic pacing.
• Client reports of pain at the level of the diaphragm and muscle contractions noted over the diaphragm that correspond to the HR may indicate diaphragmatic pacing, which occurs when the pacemaker is malpositioned or one of the leads is dislodged, and would require additional follow-up.
• Client needs to avoid lifting the arms over the head; therefore if the client is performing range-of-motion shoulder exercises, additional follow-up is needed. In addition, the client should avoid lifting anything more than 10 lb on the affected side because this could dislodge the pacemaker wire.
• Signs of pacemaker malfunction need to be reported to the primary health care provider, including difficulty breathing, dizziness, fainting, chest pain, weight gain, and prolonged hiccupping.
• The dressing should be clean, dry, and intact, and the pacemaker implantation site should be free of redness, swelling, and drainage.
• The client needs to avoid sources of electromagnetic fields and telecommunications transmitters because these could cause a disruption in the pacemaker settings; therefore the client should use the left ear to talk on the cell phone if the pacemaker site is on the right side.

Heart failure can lead to decreased cardiac output and hypoxia, which contribute to fatigue, shortness of breath, activity intolerance, tachycardia, low oxygen saturation and S3 gallop due to stiff ventricles. The client will have fluid volume excess, contributing to weight gain, worsening shortness of breath, pitting edema, and pulmonary congestion, which manifests as crackles and pink frothy sputum. Pulmonary edema is a likely condition, but it is too narrow focused and does not include all the other issues the client is having. Therefore, the better option to select is Heart failure exacerbation which will include pulmonary congestion. Even though the client has a history of COPD and renal issues, the symptoms suggest fluid overload and reduced cardiac output due to pumping failure, hence heart failure exacerbation.
This client needs a diuretic to reduce fluid overload. IV fluids will not be administered as it will worsen the fluid overload. Limiting activity is not recommended as it might increase peripheral edema and contribute to DVT. Activity as tolerated will be the best option for this client. Compressions stockings will help to reduce occurrence of DVT and reduce swelling. Steroids are not suggested at this time, as the client is already having fluid overload, the client needs diuretics and heart failure management first.
The client will be monitored for fluid volume excess, and effectiveness of therapy. If the client is losing weight and needs little effort to breath, or if saturation and activity tolerance improves, it is evident that the medications are effective. The client should also be producing more urine output as he is receiving diuretics. Chest circumference and Serum sodium levels are not particularly helpful to monitor in heart failure clients. Serum potassium may be more important to monitor to prevent cardiac dysrhythmia. Abdominal circumference is helpful, but the client case does not specifically mention about any ascites being present during admission. Therefore, better options are daily weight and urine output.

For NCLEX the major post-partum priority to report include the following
1. Any signs of post-partum hemorrhage (PPH)
2. Any signs of Pulmonary Embolism (PE) (examples: restlessness and anxiety)

From the given options, “a one day postpartum mother after c-section reporting restlessness and anxiety” will be a priority due to risk for pulmonary embolism.

A two day postpartum mother with twins, complaining of foul smelling vaginal discharge, may have infection and will require assessment and antibiotics, but the client with a possibility for acute PE will be of more priority.

A one day post partum mother with forceps delivery reporting changing pads every two hours with red colored vaginal discharge will need to monitored, however, a perineal pad that is getting saturated in less than 15 mts is considered critical which require immediate interventions for severe post partum hemorrhage. The nurse should also report if the pad is getting saturated in less than 1 hour, and watch client for potential complications.

A 3 days post partum mother with preterm baby, having red swollen breast and 100.2 F temperature is probably having breast engorgement / mastitis. This needs to be evaluated and the client might need analgesics/compress/antibiotics depending on the case. However, the client with a possibility for acute PE will be of more priority.

The client with chronic hepatitis C who has just returned from a liver biopsy is the highest priority because both the underlying liver disease and the recent invasive procedure place the client at significant risk for bleeding. The liver is responsible for producing clotting factors, and hepatic dysfunction can impair coagulation, increasing the chance of post-biopsy hemorrhage. Close monitoring for signs of internal bleeding—such as hypotension, tachycardia, abdominal distension, or shoulder pain—is critical.

The client with chronic atrial fibrillation and a pulse rate of 64 bpm is stable at this time. The pulse is within an acceptable range, and the arrhythmia is a long-standing condition for this client, making it an expected finding that does not require urgent intervention.

The client with a chest tube and subcutaneous emphysema at the insertion site is also stable. Localized subcutaneous emphysema after chest tube insertion is a common, usually benign occurrence due to small amounts of air leaking into subcutaneous tissue. In most cases, it resolves spontaneously without intervention, although monitoring for progression is appropriate.

Lastly, the client with deep vein thrombosis (DVT) receiving a heparin infusion who has an activated partial thromboplastin time (aPTT) of 74 seconds is within the therapeutic range for anticoagulation (typically 60–80 seconds for clients on a heparin drip). This indicates that the medication is effectively anticoagulating without excessive bleeding risk, and no immediate action is needed other than routine monitoring.

In a post-cardiac procedure client or one recovering from an MI, several findings may be noted, but priority should be given to those that suggest serious complications. If the client reports dizziness upon standing, this may indicate orthostatic hypotension, which could be due to medications or recent sedation. While this warrants monitoring and safety precautions (e.g., slow position changes), it is not the most urgent concern.

A grating sound heard during heart auscultation is an abnormal and significant finding, likely indicating pericarditis, a known complication that can occur a few days after a myocardial infarction due to inflammation of the pericardium. This requires immediate medical attention, as it may progress and affect cardiac function. A more delayed immune-mediated version, called Dressler’s syndrome, typically occurs weeks after MI.

Bruising at the femoral access site used for catheterization is a common and expected finding, provided there is no expanding hematoma or signs of active bleeding. Lastly, hypoactive bowel sounds and constipation may need evaluation, especially if the client is immobile or on opioids, but this is not as urgent as the cardiac-related finding of pericardial friction rub, which should be the nurse’s primary concern