Immediately after birth, the father of the newborn holds the baby close, stares into his eyes, and seems captivated by him. The nurse recognizes this as the normal process of:
Sublimation
claiming
mutuality
engrossment
The Correct Answer is D
A) Sublimation:
Sublimation refers to a defense mechanism where a person redirects potentially negative emotions or impulses into socially acceptable behaviors or activities. While this is a psychological concept, it does not apply to the father’s behavior immediately after birth. The father's actions, such as gazing at his baby and bonding, are not a result of sublimation but rather a normal part of bonding and attachment.
B) Claiming:
Claiming refers to the process where parents identify specific traits or characteristics in their newborn that they feel emotionally connected to, such as "He has my eyes" or "She has your nose." While the father might be engaging in claiming behaviors as he bonds with his baby, this term is more focused on recognizing physical attributes, rather than the intense emotional connection and captivation that is reflected in the scenario.
C) Mutuality:
Mutuality involves the reciprocal relationship between the newborn and the parents, where both give and receive emotional responses. It develops as the baby and parent interact, such as through eye contact, touch, and vocalizations. However, mutuality is a broader, ongoing process, while the father's behavior in this instance reflects a more specific emotional attachment and admiration, which aligns more closely with engrossment.
D) Engrossment:
Engrossment refers to the intense fascination and preoccupation that a parent, especially a father, feels toward their newborn. This process is characterized by behaviors such as gazing at the baby, holding them closely, and being captivated by their every movement. The father’s behavior in this scenario—staring into his baby’s eyes and showing deep emotional engagement—fits the definition of engrossment, which is a common and normal part of the bonding process immediately after birth.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
A) G5 T1 P2 A1 L2:
G (Gravida): Gravida refers to the total number of pregnancies, including the current pregnancy. In this case, the woman is currently pregnant and has had 4 previous pregnancies (one miscarriage at 10 weeks, one at 22 weeks, and two live births). Therefore, her Gravida (G) is 5.
T (Term births): Term births are those that occur at or after 37 weeks of gestation. The woman delivered an 18-month-old daughter who was born 2 days after her due date, which is a term birth. Thus, her Term (T) is 1.
P (Preterm births): Preterm births occur between 20 and 36 weeks of gestation. The woman had a son born at 35 weeks, which is classified as a preterm birth. Therefore, the Preterm (P) is 2.
A (Abortions or miscarriages): Abortions refer to pregnancies that ended before 20 weeks of gestation. The woman experienced two miscarriages, one at 10 weeks and one at 22 weeks. Thus, the Abortions (A) is 1.
L (Living children): Living children are those who are currently alive. The woman has a 3-year-old son and an 18-month-old daughter, so the Living (L) is 2.
Thus, the correct GTPAL classification is G5 T1 P2 A1 L2.
B) G5 T2 P2 A1 L2:
This is incorrect because the woman had only one term birth (not two). She delivered her daughter at term, but the son was preterm (born at 35 weeks). Therefore, her Term (T) should be 1, not 2.
C) G4 T1 P2 A2 L2:
This is incorrect because the woman is currently pregnant, so her Gravida (G) is 5, not 4. Additionally, the woman had 1 abortion, not 2.
D) G4 T1 P1 A2 L2:
This is also incorrect because the woman is currently pregnant, so her Gravida (G) is 5, not 4. Furthermore, the woman had 2 preterm births, not 1.
Correct Answer is ["3.6"]
Explanation
Given:
Desired dose: Ceftazidime 1 g IM every 6 hours
Available concentration: Ceftazidime 280 mg/mL
To find:
Volume to administer (in mL)
Step 1: Convert desired dose to milligrams
1 gram (g) is equal to 1000 milligrams (mg).
Multiply by 1000:
Desired dose (mg) = Desired dose (g) x 1000
Desired dose (mg) = 1 g x 1000 = 1000 mg
Step 2: Set up the proportion
We can use the following proportion to solve the problem:
(Desired dose) / (Available concentration) = Volume to administer
Step 3: Substitute the values
Plugging in the given values, we get:
(1000 mg) / (280 mg/mL) = Volume to administer
Step 4: Simplify
To simplify, we can invert the denominator and multiply:
(1000 mg) x (1 mL / 280 mg) = Volume to administer
The "mg" units cancel out, leaving us with:
(1000 x 1 mL) / 280 = Volume to administer
Step 5: Calculate
Performing the multiplication and division, we get:
1000 mL / 280 = Volume to administer
3.57 mL ≈ Volume to administer
Step 6: Round to the nearest tenth
3.6mL
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