Nokea
To help the adolescent deal with diabetes, the nurse must consider which developmental characteristic of adolescence?
- A. Desire to be unique
- B. Preoccupation with the future
- C. Need to be perfect and similar to peers
- D. Need to make peers aware of the seriousness of hypoglycemic reactions
Correct Answer: C
Rationale: The correct answer is C: Need to be perfect and similar to peers. During adolescence, individuals often have a strong desire to fit in and be accepted by their peers, leading to a need to conform and be similar to their peers. This characteristic is important to consider when helping an adolescent deal with diabetes as it may impact their adherence to treatment and management of their condition. Choices A, B, and D are incorrect because while adolescents may have a desire to be unique or preoccupied with the future, these characteristics are not specifically related to managing diabetes. Additionally, the need to make peers aware of hypoglycemic reactions may not be the most effective or appropriate way to manage the condition.
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A 36 pound almost 3-year-old arrives to the ED with dehydration. The provider orders an IV fluid bolus, 15 ml/kg over 30 minutes. How many ml will the nurse administer?
- A. 164 ml
- B. 246 ml
- C. 460 ml
- D. 640 ml
Correct Answer: B
Rationale: The correct answer is B: 246 ml. To calculate the IV fluid bolus amount, first, we need to determine the child's weight in kilograms: 36 lbs ÷ 2.2 = 16.36 kg. Next, multiply the weight in kg by the ordered dose of 15 ml/kg: 16.36 kg x 15 ml/kg = 245.4 ml. Since it is recommended to round up in pediatric dosing, the nurse will administer 246 ml. Choice A is incorrect as it underestimates the dose. Choices C and D are incorrect as they overestimate the dose.
A 7-year-old obese child was diagnosed at his 6-year primary care visit with idiopathic hypertension. The family was instructed to modify his diet and begin an exercise program to control the hypertension. At this visit, it was decided the child should begin a low dose of Lisinopril (Zestril) at 0.07 mg/kg/day. The child weighs 99 pounds. What is the correct dose for this child?
- A. 70 mg/day
- B. 30 mg/day
- C. 6 mg/day
- D. 3 mg/day
Correct Answer: D
Rationale: The correct dose for this child is 3 mg/day. To calculate the dose, we first need to convert the child's weight from pounds to kilograms by dividing by 2.2 (99 lbs / 2.2 = 45 kg). Next, we multiply the weight in kg by the prescribed dosage of 0.07 mg/kg/day (45 kg x 0.07 mg/kg/day = 3.15 mg/day). Since the dosing is typically rounded down for safety reasons, the correct dose is 3 mg/day.
Choice A (70 mg/day) is incorrect because it is too high for a child of this weight and could lead to adverse effects. Choice B (30 mg/day) is also too high. Choice C (6 mg/day) is incorrect as it does not reflect the calculated dosage based on the weight of the child. Therefore, the correct answer is D (3 mg/day) based on the calculated dosage per kg for this specific child.
Which is the most definitive diagnosis of leukemia?
- A. A detailed history that includes bone pain and recurrent infections
- B. A lumbar puncture to ascertain if leukemic cells are in the cerebral spinal fluid
- C. A CBC with differential to check the morphology of all the blood cells
- D. A bone marrow biopsy will show an infiltrate of blast cells
Correct Answer: D
Rationale: The correct answer is D: A bone marrow biopsy will show an infiltrate of blast cells. A bone marrow biopsy is the gold standard for diagnosing leukemia as it provides direct visualization of the bone marrow cells. In leukemia, there is an abnormal proliferation of immature cells called blast cells. Therefore, the presence of blast cells in the bone marrow biopsy confirms the diagnosis.
A: A detailed history may provide valuable information, but it is not definitive for diagnosing leukemia.
B: A lumbar puncture is more relevant for diagnosing central nervous system involvement in leukemia, not for confirming the diagnosis itself.
C: A CBC with differential can show abnormalities in blood cell counts, but it does not provide direct visualization of blast cells in the bone marrow.
E, F, G: No additional options provided.
In summary, the most definitive diagnosis of leukemia is confirmed through a bone marrow biopsy, which directly shows the presence of blast cells, distinguishing it from the other choices.
A mother brings her child into the pediatrician's office for a follow up appointment and voices concern that her child has started urinating more frequently and is constantly hungry and thirsty. The nurse suspects:
- A. Hypoglycemia
- B. Huntington disease
- C. Diabetes mellitus
- D. Phenylketonuria
Correct Answer: C
Rationale: The correct answer is C: Diabetes mellitus. The symptoms of increased urination, hunger, and thirst are classic signs of diabetes mellitus. In diabetes, the body cannot properly regulate blood sugar levels, leading to excessive urination (as the body tries to get rid of excess sugar), increased hunger (as cells are not getting enough glucose for energy), and increased thirst (due to dehydration from frequent urination). Hypoglycemia (choice A) would present with low blood sugar symptoms, not high blood sugar symptoms. Huntington disease (choice B) is a genetic disorder affecting the brain, not related to the symptoms described. Phenylketonuria (choice D) is a metabolic disorder related to the inability to break down phenylalanine, not associated with the symptoms described.
The nurse is caring for a preschool age child who just received chemotherapy. The child's mother asks the nurse when it is safe for the child to attend his cousin's birthday party. Which is the correct response:
- A. The best time to attend the party is 7 to 10 days from now.
- B. Any time is a good time, especially if it makes him happy.
- C. About three weeks from today would be the safest time for him to attend a party.
- D. He may need to wait until he's completely finished with chemotherapy.
Correct Answer: C
Rationale: The correct response is C: About three weeks from today would be the safest time for him to attend a party. This answer is correct because chemotherapy can weaken the child's immune system, making him more susceptible to infections. Attending a party with a large number of people increases the risk of exposure to germs. Waiting for about three weeks allows the child's immune system to recover to a safer level before being exposed to a potentially infectious environment.
Choice A is incorrect because 7 to 10 days may not provide enough time for the child's immune system to recover adequately. Choice B is incorrect as it disregards the child's health and safety by prioritizing immediate happiness over well-being. Choice D is incorrect as it may be too restrictive; attending a party may be possible before completing chemotherapy if the child's immune system has recovered sufficiently.