client with COPD has an acute bronchospasm. The nurse knows the best medication for this emergency situation that is fast-acting is:

Choice A reason: BP every 4 hours isn’t universal; slow rising is key. This errors per nursing standards. It’s universally distinct, not the primary responsibility.

Choice B reason: Teaching slow position changes prevents antihypertensive-induced dizziness. This fits nursing pharmacology standards. It’s universally applied, distinctly critical for safety.

Choice C reason: Stopping meds needs orders; slow rising manages drops. This misaligns with nursing pharmacology. It’s universally distinct, errors in protocol.

Choice D reason: Tachycardia doesn’t justify dose increase; slow rising helps. This errors per nursing standards. It’s universally distinct, off responsibility mark.

Choice A reason: Specific droppers ensure dosing accuracy; other options fail this standard. Supplied droppers are calibrated, per nursing safety protocols. This choice dismisses precision, but it’s incorrect as “supplied dropper” is right, a distinct universal rule in medication administration.

Choice B reason: The supplied dropper is calibrated for the medication, ensuring accurate dosing every time. This prevents errors, aligning with nursing pharmacology standards. It’s a universal practice, distinctly critical for patient safety and effective drug delivery in all settings.

Choice C reason: Plastic droppers aren’t inherently accurate; calibration matters more. Supplied droppers ensure precision, per nursing standards. This focuses on material over function, a distinct error universally recognized as insufficient for safe medication administration.

Choice D reason: Any dropper risks incorrect dosing, compromising safety and efficacy. Supplied droppers match the drug, per nursing pharmacology. This choice ignores calibration, a universal error distinctly contradicting standards for precise medication delivery.