Nursing practice questions with comprehensive rationales
NurseDive Free Nursing Practice Question
How many ounces is 30 ml?
A. Half an ounce.
One ounce is equivalent to 29.57 ml (30 mls when rounded off to the nearest whole number). This conversion is essential in pediatric care, especially when administering medications to infants, as doses are often prescribed in milliliters.
B. Three.
One ounce is equivalent to 29.57 ml (30 mls when rounded off to the nearest whole number). This conversion is essential in pediatric care, especially when administering medications to infants, as doses are often prescribed in milliliters.
C. Two.
One ounce is equivalent to 29.57 ml (30 mls when rounded off to the nearest whole number). This conversion is essential in pediatric care, especially when administering medications to infants, as doses are often prescribed in milliliters.
D. One.
One ounce is equivalent to 29.57 ml (30 mls when rounded off to the nearest whole number). This conversion is essential in pediatric care, especially when administering medications to infants, as doses are often prescribed in milliliters.
E. None
None
F. None
None
This question is an excerpt from Nurse Dive's nursing test bank - ATI Custom Maternity Newborncare Proctored Exam. Take the full exam now
Full Explanation
Choice A rationale:
One ounce is equivalent to 29.57 ml (30 mls when rounded off to the nearest whole number). This conversion is essential in pediatric care, especially when administering medications to infants, as doses are often prescribed in milliliters.
Choice B rationale:
One ounce is equivalent to 29.57 ml (30 mls when rounded off to the nearest whole number). This conversion is essential in pediatric care, especially when administering medications to infants, as doses are often prescribed in milliliters.
Choice C rationale:
One ounce is equivalent to 29.57 ml (30 mls when rounded off to the nearest whole number). This conversion is essential in pediatric care, especially when administering medications to infants, as doses are often prescribed in milliliters.
Choice D rationale:
One ounce is equivalent to 29.57 ml (30 mls when rounded off to the nearest whole number). This conversion is essential in pediatric care, especially when administering medications to infants, as doses are often prescribed in milliliters.
Similar Questions
Rh: Positive. Action to Take 1: Obtain a transcutaneous bilirubin level. Action to Take 2: Administer methadone. Actions to Take: Monitor platelet count. Place the newborn under a radiant warmer. Check the newborn's capillary blood glucose level. Potential Conditions: Hyperbilirubinemia. Cytomegalovirus infection. Hypoglycemia. Neonatal abstinence syndrome. Parameters to Monitor 1: Temperature. Parameter to Monitor 2: Color and of bowel movements. Seizure activity. Frequent yawning. Petechiae. Respiratory rate: 68/min auscultation. Temperature: 36.1°C (96.9°F) axillary. Action to Take 1: Obtain a transcutaneous bilirubin level. Action to Take 2: Administer methadone. Actions to Take: Monitor platelet count. Place the newborn under a radiant warmer. Check the newborn's capillary blood glucose level. Potential Conditions: Hyperbilirubinemia. Cytomegalovirus infection.
Hypoglycemia. Neonatal abstinence syndrome. Parameters to Monitor 1: Temperature. Parameter to Monitor 2: Color and of bowel movements. Seizure activity. Frequent yawning.
Petechiae. Exhibit 1. What are the newborn vital sign ranges? Select all that apply. (Select All that Apply).
A. Temperature 97.7-99.3 axillary.
The normal temperature range for a newborn measured axillary (armpit) is 97.7-99.3°F (36.5- 37.4°C). This is a crucial vital sign to monitor, as any significant deviation from this range could indicate an underlying issue requiring further evaluation.
B. Heart rate asleep 100 bpm, 120-160 bpm, crying: 180 bpm.
The newborn's heart rate varies with their activity level. While asleep, it is around 100 bpm, and when awake, it is 120-160 bpm. During crying or agitation, it can go up to 180 bpm. Monitoring the heart rate is essential, as any abnormal values might indicate cardiac or other health problems.
C. Blood pressure not routinely assessed.
Blood pressure is not routinely assessed in newborns, as it is challenging to obtain accurate readings due to their small size and physiology. Instead, other vital signs are relied upon for assessment.
D. Respiratory rate 30-60 breaths per minute.
The normal respiratory rate for a newborn is 30-60 breaths per minute. Respiratory rate is a critical parameter to monitor as rapid or slow breathing could be a sign of respiratory distress or other respiratory conditions.
Full Explanation
Choice A rationale:
The normal temperature range for a newborn measured axillary (armpit) is 97.7-99.3°F (36.5- 37.4°C). This is a crucial vital sign to monitor, as any significant deviation from this range could indicate an underlying issue requiring further evaluation.
Choice B rationale:
The newborn's heart rate varies with their activity level. While asleep, it is around 100 bpm, and when awake, it is 120-160 bpm. During crying or agitation, it can go up to 180 bpm.
Monitoring the heart rate is essential, as any abnormal values might indicate cardiac or other health problems.
Choice D rationale:
The normal respiratory rate for a newborn is 30-60 breaths per minute. Respiratory rate is a critical parameter to monitor as rapid or slow breathing could be a sign of respiratory distress or other respiratory conditions.
Choice C rationale:
Blood pressure is not routinely assessed in newborns, as it is challenging to obtain accurate readings due to their small size and physiology. Instead, other vital signs are relied upon for assessment.
Choice E rationale:
The head circumference is not included in the normal vital sign ranges. However, monitoring head circumference is crucial during infancy to track brain growth and development.
A nurse is reinforcing teaching with the parents of a newborn about caring for the umbilical cord stump. Which of the following instructions should the nurse include?
A. Give the newborn a sponge bath until the cord stump falls off.
The correct guidance includes giving the newborn sponge baths until the cord stump falls off, which helps to keep the area dry. It is essential to keep the umbilical cord stump clean and dry to prevent infection. Submerging the cord stump in water could increase the risk of infection.
B. Cover the cord with the diaper.
Covering the cord with the diaper is not advisable. The diaper could trap moisture around the cord stump, leading to a higher risk of infection. The cord stump should be exposed to air as much as possible to aid in drying and healing.
C. Wash the cord daily with mild soap and water.
Washing the cord with mild soap and water is not necessary and could introduce moisture, which should be avoided. Instead, the stump should be cleaned gently with a soft, dry cloth if it gets dirty.
D. Wrap the cord in petroleum jelly gauze.
Wrapping the cord in petroleum jelly gauze is not a recommended practice. Applying petroleum jelly or other substances to the cord stump can interfere with the drying process and increase the risk of bacterial growth, leading to infection.
Full Explanation
Choice A rationale:
The correct guidance includes giving the newborn sponge baths until the cord stump falls off, which helps to keep the area dry. It is essential to keep the umbilical cord stump clean and dry to prevent infection. Submerging the cord stump in water could increase the risk of infection.
Choice B rationale:
Covering the cord with the diaper is not advisable. The diaper could trap moisture around the cord stump, leading to a higher risk of infection. The cord stump should be exposed to air as much as possible to aid in drying and healing.
Choice C rationale:
Washing the cord with mild soap and water is not necessary and could introduce moisture, which should be avoided. Instead, the stump should be cleaned gently with a soft, dry cloth if it gets dirty.
Choice D rationale:
Wrapping the cord in petroleum jelly gauze is not a recommended practice. Applying petroleum jelly or other substances to the cord stump can interfere with the drying process and increase the risk of bacterial growth, leading to infection.
A nurse is assisting in the care of a newborn born 1 hr ago who was delivered at 38 weeks of gestation.
A newborn who is 38 weeks of gestation is admitted to the newborn nursery following an emergency cesarean birth with respiratory distress syndrome (RDS). Apgar scores of 5 at 1 min and 7 at 5 min. The newborn received surfactant via an endotracheal tube and is currently receiving 3 Umin of oxygen via nasal cannula. Blood gases reveal respiratory acidosis.
Which action should the nurse prioritize in this situation?
A. Report the client's weight by the client's provider.
Reporting the client's weight to the provider is not a priority in this situation. While weight is important, the immediate concern is the newborn's respiratory distress and the acidosis indicated by the blood gases.
B. Select diagnostic studies followed by the primary health care.
Selecting diagnostic studies for the primary health care is not the nurse's role. The primary health care provider will determine which diagnostic studies are needed based on the newborn's clinical presentation and assessment findings.
C. Check brachial pulses for the client's respiratory status.
Checking brachial pulses for the client's respiratory status is the appropriate action. In a newborn with respiratory distress, assessing peripheral perfusion, including brachial pulses, is crucial to monitor the circulation and oxygenation of tissues.
.
Full Explanation
Choice A rationale:
Reporting the client's weight to the provider is not a priority in this situation. While weight is important, the immediate concern is the newborn's respiratory distress and the acidosis indicated by the blood gases.
Choice B rationale:
Selecting diagnostic studies for the primary health care is not the nurse's role. The primary health care provider will determine which diagnostic studies are needed based on the newborn's clinical presentation and assessment findings.
Choice C rationale:
Checking brachial pulses for the client's respiratory status is the appropriate action. In a newborn with respiratory distress, assessing peripheral perfusion, including brachial pulses, is crucial to monitor the circulation and oxygenation of tissues.