After interacting for several days with a dying child, the nurse realizes that the child has not mentioned death. There are some dead flowers in a vase on the child’s windowsill. The child looks at the flowers and says, “Did they die?” Which statement would be most appropriate for the nurse to make to give the child an opportunity to open up and talk about dying?
“These flowers don’t seem to be alive anymore. I’ll take them away.”
“These flowers are dead now. What do you think it would be like to die?”
“Well, these flowers aren’t very cheerful anymore. I’ll get rid of them.”
“I’m going to throw these flowers in the trash, okay?”
The Correct Answer is B
Choice A reason: Saying the flowers aren’t alive and removing them avoids the child’s question, missing a chance to discuss death. Asking about dying opens dialogue, making this evasive and incorrect compared to the nurse’s opportunity to engage the dying child in a meaningful conversation.
Choice B reason: Acknowledging the flowers’ death and asking what dying is like invites the child to share thoughts, facilitating discussion about their own mortality. This aligns with pediatric palliative care communication, making it the most appropriate response to encourage the child to open up about dying.
Choice C reason: Calling the flowers uncheerful and removing them dismisses the child’s observation, closing off discussion about death. Asking about dying fosters dialogue, making this superficial and incorrect compared to the nurse’s role in supporting the dying child’s emotional expression and exploration.
Choice D reason: Offering to trash the flowers ignores the child’s reference to death, missing a chance to explore their thoughts. Asking about dying encourages openness, making this abrupt and incorrect compared to the nurse’s opportunity to facilitate a conversation about death with the child.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
Choice A reason: Airborne transmission involves pathogens spread through respiratory droplets, not insects. Insect-borne pathogens are vector transmission, making this incorrect, as it misidentifies the mechanism for diseases like malaria spread by mosquitoes in the nurse’s presentation on pathogen spread.
Choice B reason: Vehicle transmission involves contaminated objects or food, not insects. Pathogens spread by insects are via vector transmission, making this incorrect, as it does not describe the role of insects in pathogen spread in the nurse’s presentation on transmission mechanisms.
Choice C reason: Vector transmission occurs when insects like mosquitoes carry pathogens between hosts, a key mechanism for diseases like dengue. This aligns with infectious disease principles, making it the correct term for the nurse to illustrate in the presentation on how pathogens are spread.
Choice D reason: Contact transmission involves direct touch or surfaces, not insects. Vector transmission correctly describes insect-borne spread, making this incorrect, as it does not apply to the role of insects in pathogen transmission in the nurse’s educational presentation.
Correct Answer is B
Explanation
Choice A reason: 300-800 ml/day is too low for a child with sickle cell disease, risking dehydration and sickling crises. 1500-2000 ml maintains hydration, making this insufficient and incorrect compared to the adequate fluid intake needed to prevent complications in the child’s home care.
Choice B reason: 1500-2000 ml/day ensures adequate hydration for a child with sickle cell disease, reducing blood viscosity and sickling risk. This aligns with pediatric hematology guidelines for preventing crises, making it the correct fluid intake recommendation for the caregiver to support the child’s health at home.
Choice C reason: 2500-3200 ml/day exceeds typical needs for a child, risking fluid overload without added sickle cell benefit. 1500-2000 ml is optimal, making this excessive and incorrect compared to the recommended fluid range for managing sickle cell disease effectively at home.
Choice D reason: 1000-1200 ml/day is below the optimal range for a child with sickle cell disease, increasing dehydration and crisis risk. 1500-2000 ml better supports hydration, making this inadequate and incorrect compared to the fluid intake needed to prevent sickle cell complications.
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