A first-time pregnant woman at 36 weeks of gestation is admitted to the labor and delivery unit because her membranes ruptured 30 minutes ago.
The initial assessment indicates a 2 cm cervical dilation, 50% effacement, -2 station, vertex presentation, greenish- colored amniotic fluid, and contractions occurring every 3 to 5 minutes.
There is a decrease in fetal heart rate after the last four contraction peaks.
What should the nurse do first?
Administer oxygen via a face mask.
Apply an internal fetal heart monitor.
Use a vibroacoustic stimulator.
Notify the healthcare provider.
The Correct Answer is A
Choice A rationale
Administering oxygen via a face mask is the first intervention the nurse should do. This is because the decrease in fetal heart rate after the last four contractions indicates possible fetal distress, which can be caused by insufficient oxygen. Administering oxygen to the mother can increase the amount of oxygen available to the fetus, potentially alleviating the distress.
Choice B rationale
Applying an internal fetal heart monitor can provide more accurate and continuous data about the fetal heart rate and contractions. However, this is usually not the first intervention because it is invasive and can only be done if the cervix is sufficiently dilated and the membranes have ruptured.
Choice C rationale
Using a vibroacoustic stimulator is a method used to wake a sleeping baby in the womb during a non-stress test. It is not typically used in response to signs of fetal distress during labor.
Choice D rationale
Notifying the healthcare provider is important when there are signs of fetal distress. However, the nurse has interventions, such as administering oxygen, that they can and should do immediately while the healthcare provider is being notified.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
Choice A rationale
Anticipating and monitoring for hypothermia is the most crucial nursing intervention to include in the care plan for a patient who is 12 hours post-thyroidectomy. The thyroid gland plays a significant role in regulating the body’s metabolism, including temperature regulation. After a thyroidectomy, the body may struggle to regulate temperature, leading to hypothermia. The nurse should monitor the patient’s temperature regularly and provide warming measures as needed.
Choice B rationale
Preparing to administer radioactive iodine treatments is not the most crucial intervention at this time. Radioactive iodine is typically used as a treatment for hyperthyroidism or thyroid cancer, not as an immediate post-operative intervention.
Choice C rationale
Resuming antithyroid drug therapy is not the most crucial intervention at this time. Antithyroid drugs are used to treat hyperthyroidism, and their use would need to be evaluated based on the reason for the thyroidectomy and the patient’s post-operative thyroid hormone levels.
Choice D rationale
Maintaining a semi-Fowler position can be beneficial for comfort and respiratory function post-operatively, but it is not the most crucial intervention. The nurse should assist the patient to a comfortable position and encourage regular deep breathing and coughing exercises to prevent respiratory complications.
Correct Answer is ["6.8"]
Explanation
Step 1: Convert the client’s weight from lbs to kg. 1 kg is approximately 2.2 lbs. So, 198 lbs ÷
2.2 = 90 kg (rounded to the nearest whole number).
Step 2: Calculate the total mcg of Dopamine needed per minute. The prescription is for 2 mcg/kg/minute. So, 90 kg × 2 mcg/kg/minute = 180 mcg/minute.
Step 3: Convert the total mcg of Dopamine in the bag to mcg/mL. The bag contains 400 mg of Dopamine in 250 mL. 1 mg is equal to 1000 mcg. So, 400 mg × 1000 = 400,000 mcg. Therefore, the concentration is 400,000 mcg ÷ 250 mL = 1600 mcg/mL.
Step 4: Calculate the mL of Dopamine needed per minute. So, 180 mcg/minute ÷ 1600 mcg/mL
= 0.1125 mL/minute.
Step 5: Convert mL/minute to mL/hour. There are 60 minutes in an hour. So, 0.1125 mL/minute × 60 = 6.75 mL/hour. The IV pump should be set to deliver 6.8 mL/hour (rounded to the nearest tenth).
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