A client is hyperventilating due to an acute psychologic stressor. The arterial blood gas results show that the client is in respiratory alkalosis. What is the nurse's initial intervention?

A. This action could pose a significant liability risk as it violates the standard of care, which includes providing thorough and accurate handoff communication to ensure continuity of care. Failing to provide a report before transferring a client to ICU could lead to miscommunication, errors in treatment, and compromised patient safety.

C. Documenting vital signs taken by another nurse is generally acceptable as long as the nurse ensures the accuracy of the information and documents according to institutional policies and standards. However, if the nurse knowingly documents false or inaccurate vital signs, it could pose a liability risk.
E. Using equipment with a frayed cord poses a significant liability risk as it could lead to electrical hazards, equipment malfunction, or patient injury. Nurses have a duty to ensure the safety and integrity of equipment used in patient care and should promptly report any defects or safety concerns to prevent harm to patients.
B. Completing the admission assessment is a standard nursing responsibility and is not inherently a liability risk. However, liability could arise if the assessment is incomplete, inaccurate, or not documented appropriately, leading to errors in care or failure to identify and address the client's needs

D. Calling the physician to request an order for pain medication is a routine nursing responsibility and is not inherently a liability risk. However, liability could arise if the nurse fails to communicate important information about the client's condition or medication history, resulting in inappropriate or unsafe prescribing practices.

A. Isotonic solutions have a similar osmolarity to that of blood plasma, meaning they exert the same osmotic pressure as blood. This equilibrium prevents the movement of water across cell membranes, thereby maintaining cell volume and preventing cellular dehydration or swelling. Examples of isotonic solutions commonly used for intravenous fluid replacement include 0.9% saline (normal saline) and lactated Ringer's solution.
B. Hypotonic solutions have a lower osmolarity than blood plasma, meaning they exert less osmotic pressure than blood. When administered, hypotonic solutions cause water to move into cells, leading to cellular swelling. While hypotonic solutions can help hydrate cells and replenish intracellular fluid, they are not typically used for rapid volume replacement because they can exacerbate extracellular fluid deficits and cause complications such as cerebral edema or cardiovascular collapse.
C. Hypertonic solutions have a higher osmolarity than blood plasma, meaning they exert greater osmotic pressure than blood. When administered, hypertonic solutions cause water to move out of cells, leading to cellular shrinkage. Hypertonic solutions are often used to expand intravascular volume in cases of severe hypovolemia or shock, as they rapidly increase blood osmolarity and draw fluid from the interstitial space into the bloodstream. Examples of hypertonic solutions include 3% saline and 5% dextrose in 0.9% saline.
D. Hyperosmotic solutions have an elevated osmolarity compared to blood plasma, indicating a higher concentration of solutes. These solutions exert osmotic pressure that draws water out of cells, leading to cellular dehydration. While hyperosmotic solutions are not commonly used for rapid volume replacement due to their pot