1 :

2 days ago:

78-year-old client presents to the clinic for vomiting and diarrhea. Client reports they have had two episodes of vomiting and five episodes of diarrhea since this morning. They have been unable to keep food down. Client is alert and oriented. Mucous membranes are moist. Regular heart rate and rhythm. Lungs clear bilaterally.

Today.

The client is brought to the clinic by their family member for follow-up of gastroenteritis. The client is confused and appears weak, Oral mucosa is dry, and tongue is furrowed. Lungs clear bilaterally. Abdomen soft, nontender.

2 days ago:

Temperature 37°C (98.6°F)

Heart rate 90/min

Respiratory rate 18/min

Blood pressure 110/70 mm Hg

SpO2, 98% on room air
Today:

Temperature 37.4°C (99.3°F)

Heart rate 110/min

Respiratory rate 24/min

Blood pressure 90/58 mm Hg

Sp02 96% on room air


Click to highlight the findings that require immediate follow-up. To deselect a finding, click on the finding again.


Confusion and weakness Dry oral mucosa and furrowed tongue Heart rate 110/min (tachycardia) Blood pressure 90/58 mm Hg (hypotension) Respiratory rate 24/min (tachypnea)

Hint : 💧 Think “dehydration danger signs — confusion, dry tongue, rapid pulse, fast breathing, low BP.”

Correct Highlights :
  • Confusion and weakness
  • Dry oral mucosa and furrowed tongue
  • Heart rate 110/min (tachycardia)
  • Blood pressure 90/58 mm Hg (hypotension)
  • Respiratory rate 24/min (tachypnea)

Rationale :

Confusion and weakness

💎 The onset of confusion and weakness in an elderly client indicates cerebral hypoperfusion, a serious sign of fluid volume deficit and dehydration.

💎 The brain is highly sensitive to decreased blood flow and oxygen, making altered mental status a priority assessment finding.

💎 This change from being alert and oriented to now confused demonstrates a worsening clinical status, requiring urgent fluid replacement and monitoring.

💎 If untreated, this can progress to hypovolemic shock or acute kidney injury.

Dry oral mucosa and furrowed tongue

💎 These are classic signs of dehydration, reflecting loss of extracellular fluid from persistent vomiting and diarrhea.

💎 Dry mucous membranes and a furrowed tongue occur when fluid volume decreases, leading to poor tissue hydration and reduced salivary secretion.

💎 This finding supports the diagnosis of severe hypovolemia, especially concerning in older adults whose thirst mechanism may be diminished.

💎 Immediate rehydration—preferably with IV fluids containing electrolytes—is indicated to restore volume and perfusion.

Heart rate 110/min (tachycardia)

💎 Tachycardia is a compensatory response to reduced circulating blood volume.

💎 The body increases heart rate to maintain cardiac output and ensure oxygen delivery to vital organs despite hypovolemia.

💎 Persistent tachycardia, if uncorrected, can lead to cardiac strain and eventual hypotension due to inadequate compensation.

💎 This finding indicates a progressive volume loss and should be addressed promptly with fluid resuscitation.

Respiratory rate 24/min (tachypnea)

💎 Tachypnea in this context indicates a systemic response to decreased perfusion and possible metabolic acidosis from dehydration.

💎 The lungs attempt to eliminate excess carbon dioxide to correct the acid-base imbalance caused by fluid and bicarbonate losses from diarrhea.

💎 Persistent rapid breathing increases the patient’s work of breathing and oxygen demand, worsening fatigue and dehydration.

💎 Monitoring respiratory effort and ABG values is crucial to prevent respiratory compromise.

Blood pressure 90/58 mm Hg (hypotension)

💎 Hypotension confirms significant intravascular volume depletion and reduced tissue perfusion.

💎 This represents a critical stage of hypovolemia, where the heart can no longer maintain adequate pressure to supply organs.

💎 If not treated urgently with IV fluids and electrolyte replacement, the client may develop shock.

💎 Continuous blood pressure monitoring and urine output assessment are essential indicators of fluid replacement effectiveness.


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2 :

2100, 1 week ago:

Client presents to the emergency department with reports of flank pain as 9 on a scale of 0 to 10, nausea, and blood in the urine. The provider ordered a CT scan of the abdomen. Awaitin results.

2400:

Client passed kidney stone. Stone sent to laboratory for analysis. Client discharged to home and instructed to follow up with urology in 1 week.

Today, 1 week later.

Client informed of ways to prevent kidney stones from reoccurring.

2200, 1 week ago:

CT without con ast: 3-mm non-obstructing stone visualized in the left proxima ureter


Which of the following client statements indicate an understanding of the teaching? Select all that apply.


Answer Options

Hint : 💧 Think “balance protein, boost fiber, keep normal calcium.”

Correct Answers:

  • "l will choose plant-based proteins over animal proteins several days per week."
  • "l will increase my fiber intake."
  • "l will not severely restrict calcium in my diet"


Rationale :

“I will choose plant-based proteins over animal proteins several days per week.”

💎 A high intake of animal protein (such as red meat, poultry, and eggs) increases uric acid and calcium excretion, which contributes to the formation of uric acid and calcium oxalate stones.

💎 By substituting with plant-based proteins (like beans, lentils, or soy products) several times a week, the client reduces the acidic load on the kidneys and lowers the risk of stone formation.

💎 This dietary change also helps maintain urinary pH balance, which is key in preventing crystal precipitation.

💎 Nurses should reinforce moderation—completely avoiding animal protein isn’t necessary, but limiting intake is essential for prevention.

“I will increase my fiber intake.”

💎 Dietary fiber, particularly from fruits, vegetables, and whole grains, helps bind calcium and oxalate in the intestines, reducing the amount excreted in urine.

💎 Increased fiber intake also improves bowel regularity, which can prevent absorption of substances that promote stone formation.

💎 Additionally, high-fiber diets contribute to overall renal and cardiovascular health, supporting balanced metabolism and fluid homeostasis.

💎 Patients should aim for a balanced, high-fiber diet rather than supplements, as natural sources provide additional protective nutrients and hydration.

“I will not severely restrict calcium in my diet.”

💎 While it may seem logical to avoid calcium, severe restriction actually increases kidney stone risk because dietary calcium binds with oxalate in the gut, preventing its absorption and excretion in urine.

💎 Insufficient calcium intake leads to higher urinary oxalate, a major component of calcium oxalate stones.

💎 Clients should maintain normal dietary calcium (around 1,000 mg/day) from food sources such as low-fat dairy, fortified soy milk, or leafy greens rather than supplements unless prescribed.

💎 Balanced calcium intake supports bone health while simultaneously protecting against recurrent nephrolithiasis.


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3 :

1 day ago:

Parent and newborn bonding. Newborn is exclusively breastfeeding. Parent reports having difficulty with keeping the newborn awake during feedings. Breastfeeding observed. Newborn fell asleep after feeding on one breast.

Today:

Parent requests assistance during breastfeeding. Newborn is awake and alert, feeding well for 15 min on left breast. The parent states, "Breastfeeding is important to me, but my nipples are sore, and I can't tell if my baby is getting enough. Should I maybe give a bottle until my milk comes in? "Plan of Care

Today:

Plan to discharge parent and newborn to home today. Follow with pediatrician within 48 hr for weight check. Parent to have consultation with lactation consultant prior to discharge


Which of the following actions should the nurse take to promote successful breastfeeding? Select all that apply.


Answer Options

Hint : 🤱 Think “both breasts, proper hold, and good latch = pain-free successful breastfeeding.”

Correct Answers:

  • Instruct the parent to offer the infant both breasts at each feeding.
  • Teach the parent how to use the "football hold' technique.
  • Observe a feeding to ensure the infant's lips make a tight seal around the nipple and areola.


Rationale :

✅ Instruct the parent to offer the infant both breasts at each feeding

💎 Offering both breasts at each feeding helps ensure that the baby receives both foremilk (thin milk that quenches thirst) and hindmilk (richer milk that provides calories and promotes satiety).

💎 Alternating breasts stimulates milk production in both breasts, maintaining a balanced supply and reducing the risk of breast engorgement or blocked ducts.

💎 Feeding from both sides also helps keep the newborn awake and actively sucking, particularly in the early days when infants tire easily during feeds.

💎 This practice supports effective milk let-down reflex and helps establish a strong breastfeeding rhythm.

✅ Teach the parent how to use the “football hold” technique

💎 The football (clutch) hold is particularly beneficial for new mothers, those who have had a cesarean birth, or those with large breasts because it keeps the infant’s weight off the abdomen.

💎 This position allows better visualization of the infant’s latch and ensures proper alignment—the infant’s head, shoulders, and hips in a straight line.

💎 The hold promotes a deep latch, which helps prevent nipple trauma and soreness, one of the most common breastfeeding concerns in the early postpartum period.

💎 Teaching multiple positions, including cradle and side-lying, gives parents flexibility and comfort, promoting long-term breastfeeding success.

✅ Observe a feeding to ensure the infant’s lips make a tight seal around the nipple and areola

💎 A proper latch—where the infant’s mouth covers the nipple and most of the areola—ensures effective milk transfer and minimizes nipple friction or cracking.

💎 The nurse should observe for rhythmic suckling, audible swallowing, and absence of clicking sounds, which indicate efficient feeding.

💎 Poor latch leads to inefficient milk removal, sore nipples, and insufficient milk supply, causing frustration for both parent and infant.

💎 Providing immediate feedback during observation helps the parent gain confidence and correct positioning early, improving overall breastfeeding success.


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4 :

Day 1:

Temperature 37.8°C (100°F)

Heart rate 70/min

Respiratory rate 18/min

Blood pressure 120/70 mm Hg

Oxygen saturation 96% on room air

Day 2:

Temperature 37.2°C (99°F)

Heart rate 80/min

Respiratory rate 24/min

Blood pressure 126/74 mm Hg

Oxygen saturation 95% on room air

Day 1:

Sodium 148 mEq/L (16 to 145 mEq/L)

Potassium 5 mEq/L (3.5 mEq/L to 5 mEq/L)

BUN 22 mg/dL (10 mg/dL to 20mg/dL)

Creatinine 0.8 mg/dL (0.5 mg/dL to 1 mg/dL)

Hgb 18 g/dL (12 g/dL to 16 g/dL)

Hct 48% (37% to 47%)

Day 2:

Sodium 140 mEq/L (136 to 145 mEq/L)

Potassium 3.8 mEq/L (3.5 mEq/L to 5 mEq/L)

BUN 20 mg/dL (10 mg/dL to 20 mg/dL)

Creatinine 0.8 mg/dL (0.5 mg/dL to 1 mg/dL)

Hgb 17 g/dL (12 g/dL to 16 g/dL) Hct 47% (37% to 47%)

Day 1:

Client has a past medical history of cirrhosis. Client reports recent insomnia. Client is alert to person, place, and situation. Reports no pain. Heart rate regular. Radial pulse +3 bilateral. Chest rounded. Respirations even and nonlabored. Lungs clear anterior and posterior. Abdomen firm, round, and distended. Reports last bowel movement was 1 day ago. Abdominal girth 60 cm (24 in). Capillary refill less than 3 seconds. Turgor without tenting. +2 edema bilateral lower extremities.

Day 2:

Client reports feeling better after receiving therapies. Heart rate regular. Respirations even and nonlabored. Scattered crackles bilateral bases. Abdominal girth 66 cm (26 in).

Provider Prescriptions

Day 1:

Furosemide 40 mg IV twice daily Measure abdominal girth daily. Monitor vital signs every 4 hr. Restrict fluids to 1,500 mL/day. Repeat CBC and electrolytes in morning.


Drag words from the choices below to in each blank in the following sentence. The nurse should identify that the client is at greatest risk for developing and


Hint : 🧪 Think “loop diuretic = K⁺ loss” and “diuresis + fluid restriction = pressure drop risk.”

Correct Answers

  • Blank 1 Correct Option: hypokalemia
  • Blank 2 Correct Option: hypotension

Rationale :

✅ hypokalemia

💎 Loop diuretics (furosemide) increase urinary excretion of potassium, placing the client at high risk for hypokalemia—even when serum K⁺ remains within range initially.

💎 The trend from 5.0 → 3.8 mEq/L after one day of therapy shows a downward trajectory, signaling a growing vulnerability to arrhythmias, muscle weakness, and ileus if losses continue.

💎 Cirrhosis patients often have nutritional deficits and secondary hyperaldosteronism, which can further drive renal potassium wasting.

💎 Close monitoring with daily electrolytes, telemetry when indicated, and potassium repletion per protocol are key to preventing complications.

✅ hypotension

🟣 Aggressive diuresis plus fluid restriction (1,500 mL/day) increases the risk of intravascular volume depletion, which can precipitate hypotension—even if the current BP is normal.

🟣 Early compensatory signs (e.g., tachycardia 80→ and RR 24/min) can precede a drop in blood pressure as diuresis continues, particularly in older adults with limited effective arterial blood volume due to third spacing/ascites.

🟣 Hypotension in cirrhosis can worsen renal perfusion and trigger hepatorenal physiology, so prevention is critical.

🟣 Nursing priorities include frequent vital signs, orthostatic checks, assessment of urine output, and timely adjustment of diuretic dosing in collaboration with the provider.


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5 :

Day 1:

Temperature 36.7°C (98°F)

Heart rate 90/min

Respiratory rate 20/min

Blood pressure 126/74 mm Hg

SaO2, 98% on room air

Day 2:

Temperature 37.2°C (98.9°F)

Heart rate 110/min

Respiratory rate 20/min

Blood pressure 100/70 mm Hg

SaO2 96% on room air

Day 1:

Client is 1 day postoperative following gastric bypass surgery.

Client has tolerated full liquids and will advance to solids today.

Client is ambulating in hallway and reporting passing of flats.

Client is alert to person, place, time, and situation. Heart rate regular. Respirations even and nonlabored. Scattered rhonchi auscultated to bilateral lower anterior lung fields. Abdomen soft and rounded, and nondistended. Bowel sounds active in all 4 quadrants. Bladder nondistended; continent. Urine output of 50 mL/hr. Skin warm, dry, and intact.

Day 2;
Client is up to chair and reports abdominal cramping nausea after eating lunch. Discoloration of skin noted. Skin cool to touch with perspiration noted. Vital signs obtained.


Select the 4 actions the nurse should plan to take to address the client's current condition.


Answer Options

Hint : 🫀 Dumping = avoid simple sugars + fluids with meals; go small, high-protein, rest after eating.

Correct Answers:

  • Encourage the client to limit consumption of lactose.
  • Encourage the client to eat small, frequent meals.
  • Ensure the client receives protein with each meal.
  • Encourage the client to lie down 15 min after eating meals.


Rationale :

💠 Eat small, frequent meals

📌Why: After gastric bypass, rapid delivery of a large meal into the small intestine causes a sudden osmotic fluid shift and gut hormone surge—classic early dumping syndrome (cramping, nausea, diaphoresis, tachycardia, hypotension). Smaller, more frequent portions reduce bolus size, slow transit, and blunt those hemodynamic swings.

📌Clinical tie-in: The client’s day-2 symptoms immediately after lunch (cramping, cool sweaty skin, HR 110, BP drop) strongly fit early dumping; portion control is a first-line fix.

📌Extra tip: Pair small meals with complex carbs + fiber, avoiding large carbohydrate loads.

💠 Include protein with every meal

📌Why: Protein slows gastric emptying, improves satiety, and steadies postprandial glucose and osmotic load—key to minimizing dumping.

📌Clinical tie-in: Post-bariatric nutrition emphasizes high-protein intake to preserve lean mass during rapid weight loss and to reduce dumping symptoms compared with high-simple-carb meals.

📌Extra tip: Choose lean, soft proteins (eggs, Greek yogurt if tolerated, soft fish, tender legumes) and chew thoroughly.

💠 Lie down ~15 minutes after eating

📌Why: Brief postprandial recumbency (15–30 min) can slow gastric emptying and decrease the rapid intestinal influx that triggers dumping-related vasomotor symptoms (lightheadedness, sweating, palpitations).

📌Clinical tie-in: The client is symptomatic immediately post-meal; short, intentional rest after eating is a simple, non-pharmacologic step that often brings fast relief.

📌Extra tip: Avoid vigorous activity for ~30–60 minutes after meals in early recovery.

💠 Limit lactose

📌Why: Many post-bariatric clients develop secondary lactose intolerance; lactose adds to the osmotic load, worsening cramping, bloating, and diarrhea seen in dumping.

📌Clinical tie-in: Given the patient’s acute GI symptoms after eating, a trial of lactose restriction (or using lactose-free dairy alternatives/enzymes) can reduce symptoms.

📌Extra tip: If dairy is desired, test lactose-free milk/yogurt or hard cheeses (naturally lower in lactose).


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6 :

Hint : 🍼 Start breastfeeding within 1 hour — early suckling strengthens bonding and milk flow.

Correct Answers:

  • Feedings should begin within 1 hr after birth.


Rationale :

📌Early initiation of breastfeeding — ideally within the first hour after birth — promotes bonding, oxytocin release, and successful milk production.

📌Early suckling stimulates the let-down reflex, enhances uterine contractions, and helps prevent postpartum hemorrhage.

📌Newborns are typically alert and ready to feed shortly after delivery, making this window crucial for establishing a strong latch and ensuring adequate colostrum intake, which provides essential antibodies and nutrients.

📌Delaying breastfeeding can interfere with milk supply establishment and may increase the infant’s risk for hypoglycemia and ineffective feeding patterns.


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7 :

Hint : ⚖️ BMI 25–29.9 = overweight; ≥30 = obese.

Correct Answers:

  • Overweight


Rationale :

💎 Body Mass Index (BMI) is used to classify weight in relation to height and indicates health risk levels associated with body fat.

💎 A BMI of 27 falls within the overweight category, which ranges from 25.0 to 29.9 kg/m².

💎 The healthy weight range is 18.5–24.9 kg/m², while obesity class I begins at 30–34.9 kg/m² and obesity class II at 35–39.9 kg/m².

💎 Clients with a BMI in the overweight range are at an increased risk for hypertension, type 2 diabetes, and cardiovascular disease, making lifestyle modification counseling essential.


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8 :

Week 1:

Client is seen for a postoperative appointment following gastric bypass surgery. Client is tolerating eating and continues to follow and progress the postoperative diet client is currently consuming full liquids and tolerating well with no adverse effects reported.

Week 5:

Client returns to the clinic. Client was doing well with eating until the last 2 days. Client is now experiencing a lack of appetite. They are struggling to intake enough fluids and have not been able to keep down prescribed supplements due to intermittent vomiting throughout the day without correlation to their meals. Client reports having multiple liquid stools throughout the day. Client weighs themselves weekly and has lost more weight than usual this week.


Drag words from the choices below to fill in each blank in the following sentence. The potential complications the nurse should assess the client for first are and


Hint : Think fluid loss and imbalance — vomiting + diarrhea = dehydration and electrolyte disturbance risk.

Correct Answers

  • Blank 1 Correct Option: dehydration
  • Blank 2 Correct Option: electrolyte imbalances

Rationale :

1) Dehydration (first-priority)

📌Why now? Five weeks post–gastric bypass, the combo of poor oral intake + vomiting + multiple liquid stools puts the client at immediate risk for volume depletion. This is the most time-sensitive threat to perfusion.

📌What to assess: Orthostatic vitals (↓BP/↑HR), dry mucous membranes, decreased skin turgor, dizziness, urine output and color (ask for last 24 h; <0.5 mL/kg/hr or very dark urine is concerning), daily weight trend, capillary refill.

📌Labs to order: CMP/BMP (BUN/creatinine ratio—often ↑ with prerenal azotemia), hematocrit (can hemoconcentrate), serum osmolality, ketones if prolonged poor intake.

📌Immediate actions: Begin oral rehydration with small, frequent sips (e.g., 30 mL every 5–10 min), use isotonic oral solutions (not plain water or sugary drinks). If unable to keep fluids down or showing orthostasis, initiate IV isotonic fluids (e.g., normal saline). Give an antiemetic (e.g., ondansetron) to permit hydration.

📌Teaching (bariatric-specific): “Sip, don’t gulp,” separate fluids from meals by 30 min, avoid high-sugar liquids that can trigger dumping, track intake (goal often ≥1.5–2 L/day as tolerated), call if urine becomes scant/dark or if vomiting persists >24 h.

2) Electrolyte imbalances (co-priority with dehydration)

📌Why now? Vomiting tends to cause loss of H⁺, Cl⁻, and K⁺ (risk: metabolic alkalosis, hypokalemia). Diarrhea tends to cause loss of bicarbonate, K⁺, Mg²⁺, and water (risk: metabolic acidosis, hypokalemia, hypomagnesemia). Poor intake worsens all of the above.

📌What to assess: Fatigue, muscle cramps/weakness, paresthesias, arrhythmia symptoms (palpitations), mental status changes. Obtain a 12-lead ECG if K⁺ or Mg²⁺ may be low (flattened T waves/U waves in hypokalemia; QT prolongation in hypomagnesemia).

📌Labs to order: BMP (Na⁺, K⁺, Cl⁻, CO₂/HCO₃⁻), Mg²⁺, Phos, glucose. Consider ABG if acid–base disorder suspected.

📌Immediate actions: Guided electrolyte repletion (e.g., oral/IV potassium and magnesium), correct volume first, treat the cause (antiemetic, antidiarrheal only if appropriate and no red-flags like fever/blood), and recheck labs/ECG after repletion.

📌Teaching: Include electrolyte-containing oral rehydration fluids, resume protein-rich liquids as tolerated, and keep a symptom/voiding log.


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9 :

Hint : Think “3 months of sugar memory.”

Correct Answers:

  • "This lab value measures your average blood glucose over a 3-month timeframe."


Rationale :

💎 Hemoglobin A1c (HbA1c) reflects the average blood glucose attached to red blood cells over their lifespan, approximately 120 days (3 months).

💎 It is used to monitor long-term glycemic control in clients with diabetes, helping evaluate treatment effectiveness and adherence.

💎 The target A1c for most adults with diabetes is below 7%, though individualized goals may vary based on age, comorbidities, and hypoglycemia risk.

💎 Short-term glucose changes (from a single meal or day) do not significantly affect A1c levels, making it more reliable than daily glucose readings for overall control.


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10 :

Hint : Think “strength returns as sodium stabilizes.”

Correct Answers:

  • Firm grip bilaterally


Rationale :

🔷 Hypernatremia (high sodium) causes cellular dehydration, leading to muscle weakness, confusion, and thirst.

🔷 Effective treatment—such as gradual sodium correction and fluid replacement—restores normal neuromuscular function, reflected by improved strength and responsiveness.

🔷 A firm grip bilaterally indicates improved neuromuscular status and normalized electrolyte balance.

🔷 Fatigue, weight gain, or low urine output might instead signal unresolved fluid imbalance or overcorrection.


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Total Questions: 10

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