1 :

Hint : 👶 Baby too large for pelvis.

Correct Answers:

  • "The baby could not fit through your pelvis."


Rationale :

🔷 Cephalopelvic disproportion means the fetal head or body is too large to pass safely through the maternal pelvis.

🔷 This can cause failure to progress during labor because the presenting part cannot descend effectively.

🔷 A cesarean birth is performed to prevent prolonged obstructed labor and reduce risks to both the client and fetus.

🔷 This explanation is clear, accurate, and uses language the client can understand.

🔷 The nurse should explain the reason in a supportive way while avoiding blame or frightening wording.

“Your baby was having trouble breathing.”

🔷This describes possible fetal distress, not cephalopelvic disproportion.

🔷The question states the cesarean was due to failure to progress from poor fetal-pelvic fit.

“Your labor suddenly stopped.”

🔷Labor did not simply stop without cause; it failed to progress because of cephalopelvic disproportion.

🔷This statement is vague and does not explain the actual reason for the cesarean birth.

“A vaginal delivery would be impossible for you.”

🔷This statement is too absolute and may unnecessarily frighten the client.

🔷Cephalopelvic disproportion can vary by pregnancy, fetal size, fetal position, and pelvic factors.


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2 :

Hint : 🧬 Validate emotions first.

Correct Answers:

  • Provide reassurance that any of the client's reactions are normal.


Rationale :

🔶 A fetal chromosomal abnormality can cause shock, grief, fear, anger, guilt, confusion, or emotional numbness.

🔶 The nurse’s next action is to provide therapeutic support and reassure the client that a wide range of reactions is normal.

🔶 This response validates the client’s emotions without directing the client toward a specific pregnancy decision.

🔶 The nurse should remain nonjudgmental and support informed decision-making through counseling, provider referral, and genetic counseling as appropriate.

🔶 Emotional support is the priority before discussing complex choices or future planning.

“Schedule the client for elective termination of pregnancy.”

🔶The nurse should not assume the client wants termination or make that decision for the client.

🔶Pregnancy options should be discussed through informed, nonjudgmental counseling.

“Provide references for perinatal loss support groups.”

🔶Support groups may be helpful later if the client experiences loss or chooses termination.

🔶This is not the next action before assessing and supporting the client’s immediate emotional response.

“Encourage the client to carry the pregnancy to term.”

🔶The nurse should not direct the client toward one personal decision.

🔶The nurse’s role is to provide support, education, and referrals while respecting client autonomy.


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3 :

Hint : 🧠 Brain starts cycle.

Correct Answers:

  • The menstrual cycle starts with the hypothalamus, a gland in the brain.


Rationale :

🔷 The menstrual cycle is controlled by the hypothalamic-pituitary-ovarian axis, which begins in the brain.

🔷 The hypothalamus releases gonadotropin-releasing hormone, which stimulates the anterior pituitary gland.

🔷 The anterior pituitary then releases follicle-stimulating hormone and luteinizing hormone, which act on the ovaries.

🔷 These ovarian hormones regulate follicle development, ovulation, and changes in the endometrial lining.

🔷 This statement shows correct understanding because the menstrual cycle begins with hormonal signaling from the hypothalamus.

Progesterone is the hormone that stimulates ovulation.

🔷Luteinizing hormone, not progesterone, directly triggers ovulation.

🔷Progesterone mainly rises after ovulation and prepares the uterus for implantation.

Estrogen levels keep increasing even after the egg is fully mature.

🔷Estrogen rises during the follicular phase and helps trigger the LH surge.

🔷After ovulation, progesterone becomes the dominant hormone while estrogen levels fluctuate.

Increased estrogen levels make the endometrium shed and bleed.

🔷Endometrial shedding occurs when estrogen and progesterone levels fall.

🔷Estrogen helps rebuild and thicken the endometrium during the proliferative phase.


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4 :

Hint : 🌡️ Warm safely with probe.

Correct Answers:

  • Apply a probe to monitor the infant's skin temperature.


Rationale :

🔶 An axillary temperature of 96.4°F / 35.8°C indicates newborn hypothermia, which requires active warming.

🔶 After placing the infant under a radiant warmer, the nurse should apply a skin temperature probe to monitor temperature continuously.

🔶 Newborns are vulnerable to heat loss because they have thin skin, little subcutaneous fat, and a large body surface area.

🔶 Continuous monitoring helps prevent both continued hypothermia and overheating from the warmer.

🔶 The probe allows safe temperature regulation while the infant is being rewarmed.

Educate the mother on how to prevent newborn heat loss.

🔶Teaching the mother is important after the newborn is stable.

🔶The immediate priority is monitoring and correcting the infant’s low temperature.

Place eye shields on the infant’s eyes.

🔶Eye shields are used during phototherapy, not routine radiant warmer therapy.

🔶They are not required simply because the infant is being warmed.

Remove the infant from under the warmer once the temperature is stable.

🔶Removing the infant may be appropriate once the temperature is stable.

🔶However, the first action after placement is to apply the probe and monitor the infant safely.


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5 :

Hint : 🩸 Anemia makes heart race.

Correct Answers:

  • Heart rate of 142 beats/minute.


Rationale :

🟢 A toddler with iron-deficiency anemia has reduced hemoglobin, which lowers the blood’s oxygen-carrying capacity.

🟢 A hemoglobin level of 8.5 g/dL is significantly below the expected pediatric range.

🟢 A heart rate of 142/min is concerning because tachycardia can indicate the body is compensating for poor oxygen delivery.

🟢 The heart pumps faster to circulate available oxygen to vital organs when hemoglobin is low.

🟢 This should be reported first because it can reflect worsening anemia-related cardiovascular strain.

Blood pressure of 90/60 mmHg.

🟢A blood pressure of 90/60 mmHg can be acceptable for many toddlers depending on age and baseline.

🟢It is less concerning than tachycardia in a toddler with low hemoglobin.

Temperature of 98.6°F / 37°C.

🟢This is a normal temperature.

🟢 It does not suggest fever, infection, or urgent instability.

Respiratory rate of 28 breaths/minute.

🟢A respiratory rate of 28/min can fall within the expected range for a toddler.

🟢It is not as concerning as tachycardia related to decreased oxygen-carrying capacity.


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6 :

Hint : 🤰 Progesterone suppresses ovulation.

Correct Answers:

  • "Your hormone, progesterone, prevents other eggs from maturing."


Rationale :

🟡 During pregnancy, progesterone helps maintain the uterine lining and supports implantation.

🟡 Progesterone also suppresses the release of hormones that would normally stimulate another ovarian follicle to mature.

🟡 This prevents additional ovulation while pregnancy is established.

🟡 It helps explain why multiple eggs are not normally released after conception has occurred.

🟡 This response gives a simple and accurate explanation of hormonal suppression during pregnancy.

“Estrogen is a hormone that only allows one egg to fertilize.”

🟡Estrogen does not control fertilization by allowing only one egg to fertilize.

🟡Fertilization depends on ovulation and sperm reaching an available egg.

“Only one egg is always released every month.”

🟡More than one egg can sometimes be released in a cycle, which can result in fraternal twins.

🟡The word “always” makes this statement inaccurate.

“The hormone in your uterus, progesterone, will cause other eggs to decompose.”

🟡Progesterone does not cause eggs to decompose.

🟡It prevents further ovulation mainly through hormonal feedback mechanisms.


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7 :

Hint : 🦠 Rubella crosses placenta.

Correct Answers:

  • "An infected mother is able to pass the infection through the placenta, with the most damage within the first 12 weeks."


Rationale :

🔴 Rubella is a viral infection that can cross the placenta and infect the fetus.

🔴 Fetal harm is greatest during the first trimester, especially in the first 12 weeks of gestation.

🔴 Early infection can cause congenital rubella syndrome, including hearing loss, cataracts, cardiac defects, and developmental delay.

🔴 At 35 weeks, the risk for major structural defects is lower than during early organ formation, but exposure still requires provider follow-up.

🔴 The nurse should explain the risk accurately and avoid giving live vaccines during pregnancy.

“We can give you the vaccination today to prevent it from occurring.”

🔴The rubella vaccine is a live attenuated vaccine and is contraindicated during pregnancy.

🔴If the client is nonimmune, vaccination is usually given after delivery.

“An infected mother poses no potential risk for intrauterine infection.”

🔴Rubella can cause intrauterine infection by crossing the placenta.

🔴The greatest fetal damage occurs early in pregnancy.

“Viruses, such as mumps, are unable to pass through the placenta.”

🔴Some viruses can cross the placenta and affect fetal development.

🔴Rubella is a key example of a virus associated with congenital infection.


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8 :

Hint : 💊 Anticonvulsants raise cleft risk.

Correct Answers:

  • Use of anticonvulsant medications during pregnancy


Rationale :

🟣 Use of some anticonvulsant medications during pregnancy is associated with an increased risk of birth defects, including cleft lip and palate.

🟣 The risk is most important during early pregnancy when facial structures and the palate are developing.

🟣 Medications such as phenytoin and valproate have known teratogenic potential.

🟣 Clients with seizure disorders need provider-guided medication management because uncontrolled seizures can also harm the parent and fetus.

🟣 The nurse should encourage prenatal care, medication review, folic acid supplementation as prescribed, and avoidance of stopping anticonvulsants abruptly.

Folic acid deficiency during early pregnancy

🟣Folic acid deficiency is most strongly associated with neural tube defects.

🟣It is important in early pregnancy but is not the strongest risk factor for cleft lip and palate in this question.

Cigarette smoking during pregnancy

🟣Smoking is linked with low birth weight, preterm birth, placental complications, and some congenital risks.

🟣However, anticonvulsant exposure is the strongest association among the options provided.

Maternal alcohol consumption during pregnancy

🟣Alcohol use is strongly associated with fetal alcohol spectrum disorders.

🟣It can cause growth restriction, facial changes, and neurodevelopmental problems, but anticonvulsants are the best answer here.


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9 :

Hint : 🤰 Pregnancy changes drug effects.

Correct Answers:

  • "The digestion and metabolization are slower during early pregnancy; the stomach has a slower emptying rate."


Rationale :

🔵 Pregnancy causes physiologic changes that can affect medication absorption, distribution, metabolism, and elimination.

🔵 Progesterone slows gastrointestinal motility, which can delay gastric emptying and alter medication absorption.

🔵 Pregnancy also increases blood volume and renal blood flow, which may change drug concentration and clearance.

🔵 Because fetal exposure is possible, medication safety should always be reviewed with the provider or pharmacist.

🔵 This statement is correct because pregnancy can change how medications move through and affect the body.

“The blood placental barrier will protect the fetus from all drugs.”

🔵The placenta does not block all medications from reaching the fetus.

🔵Many drugs can cross the placenta and may affect fetal development depending on timing and dose.

“We will check the medications to see if they are category A, B, C, D, or X to know what is safe to take.”

🔵The old pregnancy letter categories have been replaced by more detailed pregnancy and lactation risk labeling.

🔵Medication safety requires individualized review of maternal benefit, fetal risk, timing, and dose.

“The dosing during pregnancy is the same as that for healthy non-pregnant adults and should not be changed.”

🔵Medication dosing may need adjustment during pregnancy because blood volume, kidney function, and metabolism change.

🔵Dosing should be guided by the provider, medication type, and clinical indication.


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10 :

Hint : 🔁 High estrogen lowers FSH.

Correct Answers:

  • When the egg is large enough, higher amounts of estrogen tell the anterior pituitary gland to produce less follicle stimulating hormone (FSH).


Rationale :

🔷 In a negative feedback loop, rising hormone levels signal the brain or pituitary gland to decrease further hormone release.

🔷 As the ovarian follicle matures, it produces increasing amounts of estrogen/estradiol.

🔷 Higher estrogen levels send feedback to the anterior pituitary to reduce secretion of FSH.

🔷 Lower FSH prevents excessive stimulation of additional follicles during the same cycle.

🔷 This helps regulate the menstrual cycle and supports controlled follicle development.

When the hypothalamus releases less GnRH, more estradiol is produced.

🔷Less GnRH would reduce stimulation of the anterior pituitary.

🔷This would usually decrease FSH and LH release, not increase estradiol production.

If the estradiol levels drop below a certain number, the FSH and LH production will diminish.

🔷Low estradiol usually removes negative feedback and allows FSH to rise.

🔷This helps stimulate follicular growth rather than diminish pituitary activity.

Before a woman ovulates, the increase in progesterone released from the ovaries will block the production of luteinizing hormone (LH).

🔷Before ovulation, estrogen is the major hormone rising, not progesterone.

🔷The LH surge triggers ovulation rather than being blocked by progesterone at that stage.


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Total Questions: 10

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