A client added 3 teaspoons of cream to their coffee.

The nurse will record how many mL of cream when calculating the client's intake? Type in number only.

Choice A rationale

Rhonchi are low-pitched, continuous snoring or rattling sounds caused by secretions or obstructions in the larger airways, such as the bronchi. They are often associated with conditions like chronic bronchitis or pneumonia and may clear with coughing. The description of a high-pitched, squeaking sound does not align with the characteristics of rhonchi, which are deeper and suggest the presence of thick mucus in the larger passages rather than narrowed smaller airways.

Choice B rationale

Crackles, also known as rales, are discontinuous, popping or bubbling sounds heard primarily during inspiration. They are caused by the sudden snapping open of small airways or alveoli that contain fluid. This occurs in conditions like heart failure or pulmonary edema. The sounds described in the question are continuous and high-pitched during exhalation, which is the opposite of the brief, non-continuous nature of crackles caused by fluid movement in distal air sacs.

Choice C rationale

Wheezes are high-pitched, continuous musical or squeaking sounds produced by air flowing through narrowed or constricted small airways. In asthma, bronchospasm and inflammation narrow the bronchioles, typically causing these sounds during expiration. The description of high-pitched squeaking during exhalation is the classic clinical presentation of wheezing. This indicates a significant reduction in the diameter of the airway lumen, requiring prompt assessment of the client’s respiratory effort and oxygen saturation levels.

Choice D rationale

Stridor is a harsh, high-pitched, vibrating sound caused by an obstruction in the upper airway, such as the larynx or trachea. It is usually loudest during inspiration and can often be heard without a stethoscope. Stridor is a medical emergency indicating a compromised upper airway. While high-pitched, it is localized to the throat area rather than the lower lung fields and sounds more like gasping or crowing than the squeaking associated with asthmatic wheezing.

Choice A rationale

Erythema on pressure points is a primary indicator of stage 1 pressure injuries, signaling that the skin and underlying tissues are undergoing localized hypoxia due to compressed blood vessels. In an immobile client, redness that does not blanch indicates that microcirculation is compromised. The nurse must intervene immediately by implementing a repositioning schedule to restore blood flow and prevent the progression to full-thickness tissue necrosis.

Choice B rationale

A pulse strength of 2+ is considered a normal finding in an adult, indicating a brisk and palpable arterial flow. While immobility increases the risk of deep vein thrombosis due to venous stasis, a 2+ pulse suggests that the peripheral arterial circulation is currently adequate. The nurse should continue to monitor for other signs of vascular issues, but this specific finding does not require an immediate corrective intervention.

Choice C rationale

Although high fluid intake is encouraged to prevent renal calculi and constipation in immobile clients, an intake of less than 3,000 mL per day is not necessarily an emergency. Many adults maintain adequate hydration with 2,000 to 2,500 mL daily. Unless the client shows signs of dehydration, such as dark urine or poor skin turgor, this finding is less urgent than the signs of localized tissue ischemia seen in erythema.

Choice D rationale

Having a bowel movement every other day is often within the normal range for many healthy adults. While immobility significantly decreases gastrointestinal motility and increases the risk of constipation, a frequency of every 48 hours is not inherently pathological. The nurse should assess for stool consistency and abdominal distension, but a specific intervention is not required solely based on this frequency if the client remains comfortable.