💙 A client with heart failure is commonly instructed to follow a low-sodium diet to help reduce fluid retention and cardiac workload.

💙 Lean fresh beef can be relatively low in sodium when it is prepared without added salt, processed seasonings, or high-sodium sauces.

💙 Steamed broccoli is naturally low in sodium when prepared without added salt, cheese sauce, or processed seasonings.

💙 Fresh fruit is naturally very low in sodium and is an appropriate choice for clients requiring sodium restriction.

💙 This meal primarily consists of fresh, minimally processed foods, which generally contain less sodium than canned, cured, smoked, or heavily processed foods.

💙 Reducing sodium intake helps decrease water retention, which can reduce edema and symptoms associated with fluid volume overload.

💙 Clients with heart failure should learn to select fresh foods and read nutrition labels carefully because sodium can be present in unexpectedly large amounts in processed foods.

💙 Lean beef, steamed broccoli, and fresh fruit salad therefore represent the best low-sodium meal among the choices provided.

❣️ Hand hygiene is a fundamental component of standard precautions and should be performed before preparing or administering medications.

❣️ Washing the hands reduces the number of microorganisms that could contaminate the needle, syringe, medication, or injection site.

❣️ Clean hands help reduce the risk of introducing microorganisms into the client's tissues during medication administration.

❣️ Standard precautions are used with all clients because blood and certain body fluids are considered potentially capable of transmitting infection.

❣️ The client should avoid touching the sterile needle and other critical parts of the syringe after performing hand hygiene.

❣️ Used needles should be discarded immediately in an appropriate puncture-resistant sharps container without unnecessary manipulation.

❣️ Proper hand hygiene combined with safe sharps disposal reduces both infection risk and accidental needlestick injuries in the home environment.

❣️ Washing the hands before handling the needle and syringe therefore demonstrates an appropriate understanding of standard precautions.

🖍️ A standard nasal cannula is generally intended for low-flow oxygen delivery, commonly around 1–6 L/min.

🖍️ A prescription for 10 L/min through a standard nasal cannula exceeds the usual operating range of that device.

🖍️ Delivering oxygen at such a high rate through a conventional cannula can cause nasal dryness, mucosal irritation, and discomfort.

🖍️ The prescribed oxygen flow may also fail to provide the intended concentration reliably when the delivery device is inappropriate.

🖍️ A client requiring substantially higher oxygen flow may need another device, such as a simple mask, nonrebreather mask, or specifically ordered high-flow nasal cannula system.

🖍️ The nurse should clarify whether the provider intended a standard nasal cannula or a high-flow nasal cannula, because they are not interchangeable.

🖍️ Supplemental oxygen is appropriate for pneumonia when oxygenation is impaired, but the device must safely match the prescribed flow rate.

🖍️ Therefore, supplemental oxygen at 10 L/min via a standard nasal cannula is the prescription the nurse should question.

Perform hand hygiene

♦️ The nurse should perform hand hygiene before providing direct client care or handling oxygen-delivery equipment.

♦️ Hand hygiene reduces transmission of microorganisms between the nurse, equipment, and client.

♦️ Oxygen masks come into close contact with the client's nose, mouth, and facial skin, making clean handling important.

♦️ Performing hand hygiene before the procedure is consistent with standard precautions.

♦️ Clean hands also reduce the possibility of contaminating the mask while positioning or adjusting it.

♦️ Hand hygiene should be performed even when gloves are not required for the procedure.

♦️ Infection-prevention measures are particularly important for a client with pneumonia, who already has a respiratory infection.

♦️ Therefore, performing hand hygiene is an appropriate action before applying the simple face mask.

Identify the client using 2 client identifiers

♦️ The nurse should verify the client's identity using two approved identifiers before initiating prescribed oxygen therapy.

♦️ Appropriate identifiers commonly include the client's full name and date of birth or another facility-approved identifier.

♦️ Correct identification ensures that the oxygen prescription is administered to the intended client.

♦️ Oxygen is considered a medication and should be administered according to the prescribed device and flow rate.

♦️ The nurse should compare the identifiers with the medication or treatment prescription according to facility policy.

♦️ Room number or physical location should not be used as a sole client identifier.

♦️ Accurate identification helps prevent wrong-client treatment errors and promotes safe care.

♦️ Therefore, verifying the client with two identifiers should occur before applying the oxygen mask.

Assess respiratory function

♦️ The nurse should obtain a baseline respiratory assessment before initiating or changing oxygen therapy.

♦️ Assessment should include the client's respiratory rate, rhythm, depth, effort, breath sounds, and oxygen saturation.

♦️ The client has pneumonia, which can cause impaired gas exchange and hypoxemia.

♦️ Establishing baseline respiratory findings allows the nurse to evaluate the client's response after oxygen is applied.

♦️ The nurse should also observe for signs of respiratory distress such as accessory muscle use, nasal flaring, cyanosis, or altered mental status.

♦️ Continuous pulse oximetry has already been prescribed, further emphasizing the need for ongoing respiratory monitoring.

♦️ Changes in respiratory status may indicate worsening pneumonia or the need for additional respiratory support.

♦️ Therefore, assessing respiratory function is necessary before applying the simple face mask.

Check the skin around the face

♦️ The nurse should inspect the facial skin before placing a mask because the device can exert pressure and friction against the nose, cheeks, and ears.

♦️ A baseline skin assessment helps identify any existing redness, irritation, wounds, or pressure-sensitive areas.

♦️ The elastic strap and mask edges can cause skin breakdown when pressure is sustained for prolonged periods.

♦️ Identifying vulnerable areas allows the nurse to implement protective measures before injury develops.

♦️ The nurse should continue to reassess the skin periodically while the client receives oxygen through the mask.

♦️ Maintaining appropriate mask positioning can reduce unnecessary pressure while preserving an adequate seal.

♦️ Skin assessment is especially important when oxygen therapy is expected to continue for an extended period.

♦️ Therefore, checking the skin around the face is an appropriate action before applying the simple face mask.

Tachypnea

👉 The client's respiratory rate is 29 breaths/minute, which is above the normal adult range of approximately 12–20 breaths/minute.

👉 A respiratory rate above the expected range is defined as tachypnea.

👉 Pneumonia can cause inflammation and fluid accumulation in the lungs, leading to impaired gas exchange.

👉 The client's oxygen saturation of 89% on room air indicates hypoxemia and can stimulate an increase in respiratory rate.

👉 Tachypnea may represent the body's attempt to improve oxygen intake and carbon dioxide elimination.

👉 The nurse should continue to monitor the client's respiratory rate, effort, breath sounds, and oxygen saturation closely.

👉 Worsening tachypnea may indicate increasing respiratory distress or progression of the pneumonia.

👉 A respiratory rate of 29 breaths/minute is therefore correctly identified as tachypnea.

Tachycardia

👉 The client's heart rate is 104 beats/minute, which is above the expected adult resting range of approximately 60–100 beats/minute.

👉 A heart rate greater than 100 beats/minute is classified as tachycardia.

👉 Hypoxemia can stimulate the sympathetic nervous system and cause the heart to beat faster to improve oxygen delivery to tissues.

👉 The client's oxygen saturation of 89% on room air provides a physiologic explanation for the elevated heart rate.

👉 Infection and increased work of breathing can also increase metabolic demand and contribute to tachycardia.

👉 The nurse should monitor heart rate trends together with blood pressure and oxygen saturation to evaluate the client's response to treatment.

👉 Persistent or worsening tachycardia may indicate increasing physiologic stress or inadequate oxygenation.

👉 A heart rate of 104 beats/minute is therefore correctly identified as tachycardia.

❌ Hyperthermia

👉 The client's temperature is 97.5°F (36.4°C), which is not elevated.

👉 Hyperthermia refers to an abnormally high body temperature.

👉 This vital sign does not support hyperthermia.

❌ Hypotension

👉 The client's blood pressure is 119/82 mm Hg, which is within an acceptable range.

👉 Hypotension would involve a significantly lower blood pressure accompanied by concern for inadequate perfusion.

👉 This client is not hypotensive based on the provided reading.

❌ Apnea

👉 Apnea means absence of breathing.

👉 The client is breathing at a rate of 29 breaths/minute.

👉 The findings clearly indicate rapid breathing rather than absent respirations.

❌ Bradycardia

👉 Bradycardia refers to a heart rate below approximately 60 beats/minute in an adult.

👉 The client's heart rate is 104 beats/minute.

👉 The finding is tachycardia rather than bradycardia.

❌ Hypothermia

👉 Hypothermia refers to an abnormally low core body temperature, typically below 95°F (35°C).

👉 The client's temperature is 97.5°F (36.4°C).

👉 This temperature does not indicate hypothermia.

❌ Eupnea

👉 Eupnea refers to a normal respiratory rate and pattern.

👉 A respiratory rate of 29 breaths/minute is above the normal adult range.

👉 The client is experiencing tachypnea rather than eupnea.

❌ Bradypnea

👉 Bradypnea refers to an abnormally slow respiratory rate.

👉 The client's respiratory rate is elevated at 29 breaths/minute.

👉 The respiratory finding is tachypnea, not bradypnea.

Hypoxia

👉 The client's oxygen saturation is 89% on room air, indicating inadequate oxygenation.

👉 Pneumonia causes inflammatory fluid and exudate to accumulate within affected alveoli, interfering with normal gas exchange.

👉 The chest x-ray demonstrates consolidation in the right middle and lower lobes, supporting significant alveolar involvement.

👉 A respiratory rate of 29 breaths/minute reflects tachypnea and may represent compensation for reduced oxygen availability.

👉 The heart rate of 104 beats/minute may also reflect a compensatory response intended to increase oxygen delivery to tissues.

👉 Hypoxia occurs when body tissues receive insufficient oxygen to meet metabolic needs.

👉 The combination of low oxygen saturation, pneumonia, tachypnea, and pulmonary consolidation strongly supports impaired oxygenation.

👉 Hypoxia is therefore the most likely condition affecting this client.

Decreased diffusion of oxygen from the alveoli to the blood

👉 Pneumonia causes the alveoli to become filled with inflammatory fluid, cellular debris, and exudate.

👉 Alveolar filling increases the barrier between inspired oxygen and the pulmonary capillary blood.

👉 Oxygen must normally move across the alveolar-capillary membrane from an area of higher concentration in the alveoli to the bloodstream.

👉 Consolidation reduces the amount of effectively ventilated alveolar surface available for this oxygen transfer.

👉 Impaired oxygen transfer causes a reduction in arterial oxygenation, which is reflected by the client's oxygen saturation of 89%.

👉 The client's chest x-ray specifically demonstrates consolidation consistent with pneumonia, providing evidence of an alveolar gas-exchange problem.

👉 Tachypnea represents an attempt to compensate for this decreased efficiency of oxygen movement into the bloodstream.

👉 Decreased diffusion of oxygen from the alveoli to the blood therefore best explains the client's hypoxia.

❌ Toxicity

👉 The provided findings do not indicate medication overdose, poisoning, or another form of toxicity.

👉 The abnormalities are better explained by the client's pneumonia and impaired pulmonary gas exchange.

👉 Toxicity does not account for the pulmonary consolidation and low oxygen saturation described.

❌ Dysrhythmia

👉 A heart rate of 104 beats/minute indicates tachycardia, but no abnormal cardiac rhythm is described.

👉 The data do not provide ECG findings or evidence of an irregular rhythm.

👉 The client's primary abnormality is impaired oxygenation related to pneumonia rather than a dysrhythmia.

❌ Diminished concentration of inhaled oxygen

👉 Room air normally contains an adequate concentration of oxygen for healthy gas exchange.

👉 The client's problem originates from impaired pulmonary oxygen transfer, not an abnormally low environmental oxygen concentration.

👉 Pneumonia-associated alveolar consolidation explains the reduced oxygen saturation more directly.

❌ Airway obstruction

👉 Airway obstruction usually produces findings such as stridor, wheezing, markedly diminished airflow, or evidence of a blocked airway.

👉 The provided information identifies pneumonia with lobar consolidation rather than mechanical airway blockage.

👉 Impaired alveolar gas exchange is therefore a better explanation for the client's hypoxia.

❌ Problem in the heart's conduction system

👉 No evidence of a cardiac conduction abnormality is provided in the client's assessment data.

👉 Mild tachycardia can occur as a compensatory response to hypoxemia and increased respiratory effort.

👉 The client's chest x-ray and low oxygen saturation point toward a pulmonary rather than cardiac conduction problem.

❌ Blood stream infection

👉 Pneumonia can potentially progress to a bloodstream infection, but no information confirms bacteremia or sepsis in this scenario.

👉 The client's temperature is 97.5°F (36.4°C), and no blood culture results or other evidence of bloodstream infection are provided.

👉 The available findings directly support impaired oxygenation from pulmonary consolidation.

Assist the client in ambulating safely

🏵️ Ambulation promotes lung expansion and improved ventilation by increasing respiratory effort and encouraging deeper breathing.

🏵️ Movement helps mobilize respiratory secretions, making them easier for the client to cough up and clear from the airways.

🏵️ Pneumonia can cause retained secretions and alveolar consolidation, both of which interfere with effective gas exchange.

🏵️ Safe ambulation can reduce prolonged immobility, which contributes to atelectasis and secretion retention.

🏵️ Increased activity also promotes better circulation and can improve overall oxygen delivery to tissues.

🏵️ The nurse should assess the client's tolerance to activity and monitor oxygen saturation during ambulation because the client recently had an SpO₂ of 89% on room air.

🏵️ Supplemental oxygen should be maintained as prescribed during activity unless the healthcare provider changes the order.

🏵️ Assisting the client with safe ambulation can therefore help improve both ventilation and oxygenation.

Position the client with the head of the bed elevated

🏵️ Elevating the head of the bed promotes maximum chest expansion and reduces pressure from the abdominal contents against the diaphragm.

🏵️ An upright or semi-Fowler's position allows the lungs to expand more effectively than a flat supine position.

🏵️ Improved lung expansion enhances alveolar ventilation and can support better oxygen exchange.

🏵️ The client has pneumonia involving the right middle and lower lobes, making positioning especially important for respiratory efficiency.

🏵️ Upright positioning can also decrease the work of breathing in a client who is tachypneic.

🏵️ The client's respiratory rate of 29 breaths/minute indicates increased respiratory effort that may improve with appropriate positioning.

🏵️ Elevated positioning can also facilitate coughing and secretion clearance.

🏵️ Positioning the client with the head of the bed elevated is therefore an appropriate intervention to improve ventilation and oxygenation.

Teach the client to cough at least once an hour

🏵️ Effective coughing helps remove mucus and respiratory secretions from the airways.

🏵️ Pneumonia commonly causes increased secretions that can obstruct smaller airways and worsen ventilation.

🏵️ Clearing secretions allows more air to reach the alveoli, helping improve oxygen exchange.

🏵️ Regular coughing also helps reduce the risk for further atelectasis and secretion pooling.

🏵️ The nurse should encourage the client to take deep breaths before coughing to make the cough more effective.

🏵️ Splinting the chest may improve comfort if coughing produces discomfort.

🏵️ Adequate hydration, when not contraindicated, can also help thin secretions and make them easier to expectorate.

🏵️ Teaching the client to cough regularly is therefore an appropriate intervention for improving ventilation and oxygenation.