Which of the following is true regarding mental health and mental illness?

Choice A reason: Silence allows the client to process trauma at their own pace, creating a safe, non-pressurized environment. Fearful clients may need time to feel secure before speaking. This technique fosters trust, encourages emotional expression, and is particularly effective in trauma, where verbalization can be challenging due to psychological distress.

Choice B reason: Giving information provides facts but may overwhelm a fearful client, who may not be ready to process details post-trauma. This technique is less effective for engagement, as it does not address emotional barriers or encourage self-expression, which are critical for therapeutic interaction in trauma recovery.

Choice C reason: Focusing directs the conversation to specific topics, which can feel intrusive for a traumatized client. It assumes readiness to discuss, potentially increasing anxiety or withdrawal. This technique is less effective than silence, which allows the client to initiate dialogue when emotionally prepared, fostering trust.

Choice D reason: Broad opening encourages the client to choose topics but may be too vague for a fearful, traumatized client, who may feel overwhelmed by the lack of structure. Silence is more effective, as it provides space for emotional processing without pressuring the client to verbalize prematurely.

Choice A reason: Hypocalcemia may occur in AKI due to impaired vitamin D activation, but it is not a primary concern in the diuresis phase, where kidneys produce large urine volumes. Calcium imbalances are less immediate than fluid losses, which can rapidly destabilize hemodynamics during this phase.

Choice B reason: In the diuresis phase of AKI, kidneys regain function, producing excessive urine, which can lead to hypovolemia. Fluid loss depletes intravascular volume, causing hypotension, tachycardia, and organ hypoperfusion. Monitoring is critical to prevent dehydration and ensure adequate fluid replacement to maintain hemodynamic stability during recovery.

Choice C reason: Increased blood pressure is more common in the oliguric phase of AKI due to fluid overload. In the diuresis phase, excessive urine output reduces volume, potentially lowering blood pressure. Hypertension is not a typical complication during this phase, making it an incorrect focus for monitoring.

Choice D reason: Hyperkalemia is a concern in the oliguric phase of AKI due to reduced potassium excretion. In the diuresis phase, increased urine output facilitates potassium clearance, reducing hyperkalemia risk. Hypovolemia from excessive fluid loss is a more immediate concern during this phase of AKI recovery.