Question

A patient is admitted to the hospital and the nurse auscultates wheezing. Which of the following sounds would the nurse hear to determine wheezing?

Answer 1

Correct Answers:

Dry, rubbing, grating sound during inspiration

Rationale :

🟦 Wheezing is produced when airflow moves through narrowed or constricted airways, creating a high-pitched, musical whistling sound.

🟦 It is typically heard louder during expiration because airway narrowing is more pronounced when the lungs recoil.

🟦 Wheezing is commonly associated with asthma, COPD, bronchospasm, and airway obstruction, making it an important clinical finding in respiratory assessment.

🟦 Recognizing the characteristic sound helps the nurse identify airway compromise early and initiate appropriate interventions such as bronchodilator therapy.

❌ Loud, bubbly sounds → Crackles (fluid in alveoli)

❌ Loud, low-pitched coarse sounds → Rhonchi (mucus in large airways)

❌ Dry rubbing sound → Pleural friction rub (inflamed pleura rubbing)

Distractor Analysis :

Rationale for Incorrect Options to be Available Soon

Answer 2

Correct Answers:

Left mid-clavicular line, 5th intercostal space

Rationale :

🟩 The PMI represents the location where the apex of the heart strikes the chest wall during systole.

🟩 In a healthy adult, the PMI is best palpated at the 5th intercostal space at the left mid-clavicular line, which corresponds to the apex of the left ventricle.

🟩 This landmark helps assess cardiac size and function; deviations may suggest cardiomegaly, ventricular hypertrophy, or displacement from lung pathology.

🟩 Accurate identification supports thorough cardiac assessment and early recognition of abnormal cardiac changes.

❌ Right sternal border, 2nd ICS → Aortic area

❌ Left sternal border, 3rd ICS → Erb’s point

❌ Right sternal border, repeated → Incorrect location for PMI

Distractor Analysis :

Rationale for Incorrect Options to be Available Soon

Answer 3

Correct Answers:

Dyspnea
Bradycardia
Extreme restlessness

Rationale :

✅ Dyspnea

🟦 Dyspnea is a major indicator that the respiratory system is no longer able to maintain adequate oxygen exchange as hypoxia progresses from early to late stages.

🟦 In late hypoxia, alveolar gas exchange becomes severely impaired, causing oxygen levels to drop and carbon dioxide to accumulate, which triggers an intense sense of breathlessness.

🟦 As oxygen delivery to vital organs decreases, the body attempts to compensate by increasing respiratory effort, often resulting in visibly labored breathing, use of accessory muscles, and rapid respiratory fatigue.

🟦 Recognizing dyspnea as a late sign is crucial because it signals impending respiratory failure, requiring immediate oxygenation support and possibly advanced airway management.

✅ Bradycardia

🟩 Bradycardia is a late and ominous sign of hypoxia indicating that compensatory mechanisms have failed and the cardiac muscle is no longer receiving enough oxygen to maintain function.

🟩 Earlier in hypoxia, the heart typically increases its rate (tachycardia) to circulate limited oxygen more rapidly, but as oxygen delivery continues to fall, myocardial tissue becomes depressed and the heart rate slows.

🟩 This slowing reflects declining cardiac output and reduced perfusion to the brain and other vital organs, placing the patient at high risk for cardiac arrest.

🟩 Immediate intervention is critical, as bradycardia in the context of hypoxia is a precursor to lethal arrhythmias and circulatory collapse.

✅ Extreme restlessness

🟫 Extreme restlessness is an important neurological manifestation of severe hypoxia because brain tissue is extremely sensitive to low oxygen levels.

🟫 As cerebral oxygenation declines, neurons experience metabolic stress, leading to agitation, confusion, anxiety, and inability to remain still.

🟫 This restless behavior reflects early cerebral dysfunction, which—if unrecognized—may progress to loss of consciousness, seizures, or irreversible brain injury.

🟫 Nurses rely on this behavioral change as a red-flag indicator that oxygenation is critically low and immediate intervention is required to prevent neurological compromise.

❌ Incorrect Options

❌ Increased appetite

— Hypoxia reduces appetite; the body prioritizes oxygenation over digestion.

❌ Brisk capillary refill

— Late hypoxia causes poor perfusion, leading to delayed, not brisk, capillary refill.

Distractor Analysis :

Rationale for Incorrect Options to be Available Soon

Answer 4

Correct Answers:

Behind the knee

Rationale :

🟦 The popliteal pulse is located in the popliteal fossa, a shallow depression found directly behind the knee joint.

🟦 This artery lies deep within soft tissue, so moderate pressure is required to palpate it, often with the patient’s leg slightly flexed to relax the surrounding muscles.

🟦 Assessing the popliteal pulse helps evaluate arterial blood flow to the lower leg, especially when peripheral vascular disease or arterial occlusion is suspected.

🟦 Because it is more difficult to locate than other peripheral pulses, precise anatomical knowledge is essential to obtain an accurate assessment.

❌ In the groove behind the medial malleolus → Posterior tibial pulse

❌ Top surface of the foot → Dorsalis pedis pulse

❌ In the antecubital fossa → Brachial pulse

Distractor Analysis :

Rationale for Incorrect Options to be Available Soon

Answer 5

Correct Answers:

Nocturia

Rationale :

🟩 Nocturia refers to waking up one or more times during the night specifically to urinate, interrupting normal sleep patterns.

🟩 It is commonly associated with conditions like heart failure, enlarged prostate, diuretic use, diabetes, and decreased bladder capacity.

🟩 Proper documentation helps guide diagnostic evaluation, hydration planning, and medication timing.

🟩 Recognizing nocturia supports individualized care, especially in older adults who are at greater risk for falls during nighttime bathroom trips.

❌ Oliguria → Low urine output

❌ Dysuria → Painful urination

❌ Polyuria → Excessive urination overall, not specifically at night

Distractor Analysis :

Rationale for Incorrect Options to be Available Soon

Answer 6

Correct Answers:

2

Rationale :

Order: Ampicillin 0.5 g IM

Available: 250 mg/mL

🟫 Calculation:

0.5 g = 500 mg

500 mg ÷ 250 mg/mL = 2 mL

Distractor Analysis :

Rationale for Incorrect Options to be Available Soon

Answer 7

Correct Answers:

"Let me check the medication order again to be sure."

Rationale :

🟨 Any change in pill appearance should prompt the nurse to pause and verify the medication order to prevent medication errors.

🟨 This response demonstrates patient-centered care, safety awareness, and respects the patient’s concern, which is essential for informed medication administration.

🟨 It aligns with the "five rights" of medication administration—right patient, medication, dose, route, and time.

🟨 Verifying medication discrepancies maintains patient trust and ensures high-quality clinical practice.

❌ “Different manufacturers have different colored pills.” → True sometimes, but does not ensure safety.

❌ “This is the medication your doctor ordered.” → Dismissive; safety not verified.

❌ “This is the same pill you always take.” → Incorrect and unsafe unless verified.

Distractor Analysis :

Rationale for Incorrect Options to be Available Soon

Answer 8

Correct Answers:

"I will place the tablet under my tongue."

Rationale :

🟪 Sublingual nitroglycerin must dissolve under the tongue because this area provides rapid absorption through the rich capillary network, bypassing the liver’s first-pass metabolism.

🟪 This route allows the medication to reach the bloodstream quickly, relieving angina by dilating coronary arteries and reducing cardiac workload.

🟪 Patients should be instructed not to chew or swallow the tablet and to avoid drinking water immediately before administration to avoid impairing absorption.

🟪 Correct self-administration is critical for rapid onset of action, especially during acute chest pain episodes.

❌ Lower lid of the eye → Incorrect administration route entirely

❌ Take with water → Water interferes with sublingual absorption

❌ Inside the cheek → Buccal route, not sublingual

Distractor Analysis :

Rationale for Incorrect Options to be Available Soon

Answer 9

Correct Answers:

Auscultate the apical pulse for one minute

Rationale :

🟦 When a peripheral pulse feels irregular, the most accurate next step is to assess the apical pulse, because it directly reflects cardiac electrical activity.

🟦 Listening for a full minute allows the nurse to detect pulse deficits, irregular rhythms, skipped beats, or patterns consistent with arrhythmias.

🟦 This method is more precise than palpation, especially in patients with atrial fibrillation or premature beats.

🟦 Confirming rhythm accuracy guides appropriate documentation and determines whether further cardiac evaluation is needed.

❌ Calling the provider immediately → Only after confirming the irregularity with apical auscultation.

❌ Checking all peripheral pulses → Does not clarify the rhythm source.

❌ Asking a coworker → Does not replace a full apical assessment.

Distractor Analysis :

Rationale for Incorrect Options to be Available Soon

Answer 10

Correct Answers:

Administer the dose in the deltoid muscle using a 1 inch needle at a 90 degree angle

Rationale :

🟩 A 1 mL intramuscular dose is appropriate for the deltoid muscle, which can safely absorb small-volume IM medications.

🟩 A 1-inch needle at a 90-degree angle is standard for adult IM injections in the deltoid, ensuring proper penetration into the muscle tissue.

🟩 Using the recommended site and angle improves medication absorption and minimizes complications such as nerve injury or subcutaneous injection.

🟩 Deltoid IM injection is ideal for vaccines and low-volume medications.

❌ Dorsogluteal with 1.5 in needle → No longer preferred; risks sciatic nerve injury.

❌ Ventrogluteal at 45° → IM injections are never given at 45°.

❌ Vastus lateralis at 45° → Also incorrect angle; 90° is required.

Distractor Analysis :

Rationale for Incorrect Options to be Available Soon

EXAMPLIFY NUR 204 Fa 2025 EXAM 3

No.

1 :
A patient is admitted to the hospital and the nurse auscultates wheezing. Which of the following sounds would the nurse hear to determine wheezing?

2 :
Where would the nurse locate the point of maximal impulse?

3 :
The nurse is assessing a patient for late hypoxia. Which of the following does the nurse recognize as symptoms of late hypoxia? (Select All That Apply)

4 :
Assess the patient's popliteal pulses, what area of the body should the nurse palpate?

5 :
A patient reports frequent urination at night. How should the nurse document this finding?

6 :
The order reads to administer Ampicillin 0.5 g IM every 6 hours. The vial is Labeled 250mg/mL. How much should the nurse administer? (Round to the nearest tenth if indicated)

7 :
A nurse is administering an oral medication to an elderly patient. The patient asks why the pill "looks different from their usual medication. Which of the following responses should the nurse make?

8 :
The nurse is teaching a patient about how to take a sublingual nitroglycerin tablet. Which statement by the patient best demonstrates understanding of the teaching?

9 :
When palpating a patient's radial pulse, the nurse notices an irregularity in the rhythm. What is the best initial action by the nurse?

10 :
A physician has written an order for a medication to be given intramuscularly. The nurse calculates the dose to be 1 mL of a solution, How should the nurse proceed?

Connect With Us

EXAMPLIFY NUR 204 Fa 2025 EXAM 3

No.

1 : A patient is admitted to the hospital and the nurse auscultates wheezing. Which of the following sounds would the nurse hear to determine wheezing?

2 : Where would the nurse locate the point of maximal impulse?

3 : The nurse is assessing a patient for late hypoxia. Which of the following does the nurse recognize as symptoms of late hypoxia? (Select All That Apply)

4 : Assess the patient's popliteal pulses, what area of the body should the nurse palpate?

5 : A patient reports frequent urination at night. How should the nurse document this finding?

6 : The order reads to administer Ampicillin 0.5 g IM every 6 hours. The vial is Labeled 250mg/mL. How much should the nurse administer? (Round to the nearest tenth if indicated)

7 : A nurse is administering an oral medication to an elderly patient. The patient asks why the pill "looks different from their usual medication. Which of the following responses should the nurse make?

8 : The nurse is teaching a patient about how to take a sublingual nitroglycerin tablet. Which statement by the patient best demonstrates understanding of the teaching?

9 : When palpating a patient's radial pulse, the nurse notices an irregularity in the rhythm. What is the best initial action by the nurse?

10 : A physician has written an order for a medication to be given intramuscularly. The nurse calculates the dose to be 1 mL of a solution, How should the nurse proceed?

1 :
A patient is admitted to the hospital and the nurse auscultates wheezing. Which of the following sounds would the nurse hear to determine wheezing?

2 :
Where would the nurse locate the point of maximal impulse?

3 :
The nurse is assessing a patient for late hypoxia. Which of the following does the nurse recognize as symptoms of late hypoxia? (Select All That Apply)

4 :
Assess the patient's popliteal pulses, what area of the body should the nurse palpate?

5 :
A patient reports frequent urination at night. How should the nurse document this finding?

6 :
The order reads to administer Ampicillin 0.5 g IM every 6 hours. The vial is Labeled 250mg/mL. How much should the nurse administer? (Round to the nearest tenth if indicated)

7 :
A nurse is administering an oral medication to an elderly patient. The patient asks why the pill "looks different from their usual medication. Which of the following responses should the nurse make?

8 :
The nurse is teaching a patient about how to take a sublingual nitroglycerin tablet. Which statement by the patient best demonstrates understanding of the teaching?

9 :
When palpating a patient's radial pulse, the nurse notices an irregularity in the rhythm. What is the best initial action by the nurse?

10 :
A physician has written an order for a medication to be given intramuscularly. The nurse calculates the dose to be 1 mL of a solution, How should the nurse proceed?