A nurse is caring for a client who is 3 hr postoperative. Which of the following findings should the nurse understand is a manifestation of bleeding?

A. Hypertension: Elevated blood pressure is not a typical sign of bleeding. In cases of significant blood loss, compensatory mechanisms usually lead to hypotension rather than hypertension due to reduced circulating volume. A hypertensive response may occur due to pain or stress but does not indicate hemorrhage.

B. 2+ edema: Postoperative edema can occur from fluid shifts, inflammation, or IV fluid administration but is not a direct indicator of active bleeding. Bleeding is more likely to cause signs of hypovolemia, such as tachycardia or hypotension, rather than localized swelling.

C. Tachycardia: A common early sign of bleeding, as the body compensates for decreased blood volume by increasing heart rate to maintain oxygen delivery. Persistent tachycardia in a postoperative client should raise suspicion for internal bleeding, especially if accompanied by hypotension or pallor.

D. Crackles in lungs: Crackles are usually linked to fluid overload, pneumonia, or heart failure rather than bleeding. Pulmonary congestion may develop after aggressive IV fluid resuscitation, but bleeding primarily manifests with hemodynamic instability rather than respiratory symptoms.

A. Hypoactive bowel sounds: Hyperkalemia typically causes increased gastrointestinal motility, leading to hyperactive bowel sounds and diarrhea rather than hypoactive bowel sounds.

B. Sinus rhythm with peaked T waves: Elevated potassium levels affect cardiac conduction, leading to ECG changes such as peaked T waves, prolonged PR intervals, and widened QRS complexes. These findings indicate early hyperkalemia and require immediate attention.

C. Irritability and anxiety: While hyperkalemia can cause neuromuscular symptoms, such as muscle weakness and paresthesia, irritability and anxiety are more commonly associated with hypoglycemia or hypoxia rather than hyperkalemia.

D. Shallow respirations: Severe hyperkalemia can lead to muscle weakness, including respiratory muscles, but this occurs in later stages. Shallow respirations are more commonly associated with conditions like respiratory depression or metabolic alkalosis.