A nurse is performing an initial assessment on a client who has an order for Lisinopril (Zestril). The nurse notes hypotension and holds the cardiac medication for a blood pressure of:

Choice A rationale

Rocking the client to a standing position is an implementation step used during the actual transfer process. However, this should only occur after the nurse has ensured the client is physiologically stable enough to tolerate the change in position. Moving directly to this step without checking for hemodynamic stability could lead to a fall if the client experiences sudden dizziness. Safety protocols require assessment of vital signs and physical readiness before any manual handling or movement.

Choice B rationale

Applying a gait belt is a critical safety intervention that provides the nurse with a secure point of contact to assist with the client's balance and stability. While it is a necessary part of the transfer process, it is not the very next step after securing the environment. The nurse must first determine if the client can safely transition from a supine to a sitting position without experiencing adverse physiological symptoms that would make the transfer unsafe.

Choice C rationale

Pivoting on the foot farthest from the chair is a specific technical maneuver used to align the body correctly during the transfer to prevent musculoskeletal strain for both the nurse and the client. This action occurs at the end of the transfer sequence. Before reaching this point, the nurse must have already assessed the client's ability to stand and ensured that the client's blood pressure has stabilized following the change in their physical orientation.

Choice D rationale

Assessing for orthostatic hypotension is the priority next step because changing positions from supine to sitting or standing can cause a rapid drop in blood pressure. This drop occurs due to the gravitational pooling of blood in the lower extremities, which can lead to cerebral hypoperfusion and syncope. Identifying a decrease in systolic pressure ≥ 20 mmHg or diastolic pressure ≥ 10 mmHg is vital to prevent falls and ensure the client's safety during the transfer.

Choice A rationale

Ice chips are documented as half of their frozen volume once they melt into liquid form. Since 1 oz is equivalent to 30 mL, 8 oz of ice chips represents a total frozen volume of 240 mL. When calculating intake, the nurse records 50 percent of this volume, which equals 120 mL. This standard practice ensures accuracy in fluid balance monitoring, as the air pockets in ice reduce the actual liquid yield significantly.

Choice B rationale

Tea is a liquid at room temperature and is recorded at its full volume. Converting 6 oz to milliliters requires multiplying by the conversion factor of 30 mL per ounce. Therefore, 6 oz of tea equals 180 mL of fluid intake. This exceeds the 120 mL target mentioned in the prompt. Accurate documentation of all oral fluids, including tea, coffee, and water, is essential for clients requiring strict monitoring of their renal or cardiac status.

Choice C rationale

Standard measuring cups in a clinical setting are typically equivalent to 8 oz or 240 mL. Therefore, 2 cups of soup would equal approximately 16 oz or 480 mL. Since soup is primarily liquid, it is recorded at its full volume in the intake record. This amount is far greater than the 120 mL requested. Nurses must be diligent in converting household measurements to metric units to maintain precise records of a client's total daily intake.

Choice D rationale

A quart is a large unit of volume measurement equivalent to 32 oz or approximately 4 cups. In the metric system, 1 quart is roughly equal to 946 mL, often rounded to 1000 mL or 1 liter in general clinical estimations. This volume is substantially higher than the 120 mL required for documentation. Monitoring water intake is a critical nursing responsibility, especially for clients at risk for fluid volume overload or those requiring specific hydration protocols.