Nursing Elites

1. You are in a client’s home to attend to a delivery. Which of the following will you do first?

• A. Set up a sterile area
• B. Put on a clean gown and apron
• C. Cleanse the client’s vulva with soap and water
• D. Note the interval, duration and intensity of labor and contractions

Correct answer: D

Rationale: Assessment of the woman should be done first to determine whether she is having true labor and, if so, what stage of labor she is in.

2. What is given to a child with measles?

• A. Tetanus toxoid
• B. Vitamin A
• C. Vitamin D
• D. Vitamin E

Correct answer: B

Rationale: Children with measles are given vitamin A to prevent complications, such as blindness. Vitamin A supplementation is crucial in reducing the severity and risk of complications associated with measles, particularly in populations with vitamin A deficiency.

3. Which vitamin deficiency in the pregnant woman may cause neural tube defects?

• A. Niacin
• B. Riboflavin
• C. Folic Acid
• D. Thiamine

Correct answer: C

Rationale: Neural tube defects are linked to a deficiency in folic acid intake during pregnancy. Adequate folic acid intake is crucial as it significantly reduces the risk of neural tube defects in newborns. Therefore, ensuring pregnant women have sufficient folic acid is essential in preventing this serious birth defect.

4. What is the primary benefit of administering Vitamin A to children?

• A. To improve bone health
• B. To boost the immune system
• C. To enhance cognitive development
• D. To prevent anemia

Correct answer: B

Rationale: The primary benefit of administering Vitamin A to children is to boost the immune system. Vitamin A supplementation is crucial for maintaining a strong immune system and preventing complications such as blindness in children.

5. What is the minimum interval between the administration of two doses of the MMR vaccine?

• A. 2 weeks
• B. 4 weeks
• C. 6 weeks
• D. 8 weeks

Correct answer: B

Rationale: The minimum interval between two doses of the MMR vaccine is 4 weeks. This interval is necessary to allow the immune system to respond to the first dose and develop a sufficient immune response before receiving the second dose. Administering the doses too close together may not provide optimal protection.

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