Which implementation is appropriate in the care plan for a visually impaired person?
Leaving the bed in the highest position
Leaving the radio on all the time to help the patient know the time of day
Announcing your presence when you enter and leave the room
Keeping the door closed
The Correct Answer is C
a) Leaving the bed in the highest position: This could create a fall risk for the visually impaired person, so it is not an appropriate intervention.
b) Leaving the radio on all the time to help the patient know the time of day: While this may provide some information, it is not the most effective approach for supporting a visually impaired client.
c) Announcing your presence when you enter and leave the room: This is an essential intervention to orient a visually impaired person and help them understand the environment.
d) Keeping the door closed: This could pose a safety risk by limiting the client’s ability to orient to the surroundings. It is generally better to keep doors open for better access and awareness.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
a) Decreasing viscosity of the tears and allowing fluid to drain away from the eye: This is incorrect. Osmotic agents do not act by affecting the viscosity of tears or enhancing drainage.
b) Increasing plasma osmolarity and drawing extracellular fluid into the blood: Osmotic agents, like mannitol, work by increasing plasma osmolarity, which draws excess fluid from the eye into the bloodstream, thereby lowering intraocular pressure.
c) Blocking production of aqueous humor: This is incorrect. Blocking production of aqueous humor is the mechanism of action of medications like beta-blockers (e.g., timolol), not osmotic agents.
d) Promoting outflow of the aqueous humor into the tear ducts: This is incorrect. Promoting outflow of aqueous humor is the mechanism of action for other medications, such as prostaglandin analogs, not osmotic agents.
Correct Answer is ["50"]
Explanation
Drip rate (gtt/min)=Volume to be infused ÷ Time
= (100ml ÷ 60 min )× 30 gtt/ml
= 50 gtt/min
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