A nurse in a community health facility is interviewing a client who recently lost his job. The client states. "I was fired because my boss doesn't like me." Which of the following defense mechanisms is the client displaying?
Displacement
Rationalization
Dissociation
Repression
The Correct Answer is B
A. Displacement:
Displacement is a defense mechanism where a person redirects their feelings, often negative or hostile ones, from the original source or target to a different, less threatening target. For example, if the client were to express anger at their boss by yelling at their family members instead, it would be an example of displacement.
B. Rationalization:
Rationalization is a defense mechanism in which a person provides logical or reasonable explanations to justify or explain a situation or behavior, even if these explanations are not entirely true or valid. It involves creating justifications or excuses to make an event or one's actions appear more reasonable or acceptable. In this case, the client is rationalizing the job loss by attributing it to their boss not liking them, which may be an oversimplified or inaccurate explanation.
C. Dissociation:
Dissociation is a defense mechanism where a person mentally separates themselves from their own thoughts, feelings, or experiences to cope with overwhelming or traumatic situations. It involves a disconnection from reality. The client's statement doesn't suggest dissociation; rather, they are providing a reason for their job loss.
D. Repression:
Repression is a defense mechanism that involves the unconscious exclusion of painful or anxiety-provoking thoughts, feelings, or memories from awareness. It is not readily visible or expressed in behavior. The client's statement involves a conscious attempt to explain their job loss, so it's not an example of repression.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is D
Explanation
A. Magnesium hydroxide:
Magnesium hydroxide is an antacid commonly used to relieve indigestion and heartburn. It does not have any known significant interactions with tranylcypromine. MAOIs typically do not interfere with antacids.
B. Ibuprofen:
Ibuprofen is a nonsteroidal anti-inflammatory drug (NSAID) used to reduce pain and inflammation. It does not have specific interactions with tranylcypromine. However, individuals taking MAOIs should be cautious about using NSAIDs due to the potential risk of bleeding, especially gastrointestinal bleeding. While it's not a direct interaction, it's generally advisable for individuals taking MAOIs to consult their healthcare provider before using NSAIDs.
C. Ranitidine:
Ranitidine is an H2 blocker used to reduce stomach acid production. It does not have any known significant interactions with tranylcypromine. H2 blockers like ranitidine are often used to manage gastrointestinal issues and are generally considered safe when taken with MAOIs.
D. Pseudoephedrine:
Pseudoephedrine is a decongestant commonly found in cold and allergy medications. It can cause a dangerous increase in blood pressure when combined with MAOIs, potentially leading to a hypertensive crisis. Due to this serious interaction, individuals taking MAOIs are strongly advised to avoid medications containing pseudoephedrine.
Correct Answer is ["90ml"]
Explanation
To find out how many mL the nurse should administer for the total daily dose, we need to calculate the total daily dose and then convert it to mL using the available concentration.
The client is prescribed hydroxyzine 60 mg PO every 8 hours. To find the total daily dose, we can first calculate the dose per day and then convert it to mL.
Dose per day = Dose per dose interval x Number of doses per day
Dose per day = 60 mg x 3 (every 8 hours)
Dose per day = 180 mg per day
Now, we need to convert this dose to mL using the available concentration:
Concentration: 10 mg/5 mL
To find out how many mL for 180 mg, we can set up a proportion:
(10 mg / 5 mL) = (180 mg / x mL)
Cross-multiply:
10 mg * x mL = 5 mL * 180 mg
Now, solve for x (the number of mL):
x mL = (5 mL * 180 mg) / 10 mg
x mL = 900 mL / 10 mg
x mL = 90 mL
So, the nurse should administer 90 mL for the total daily dose.
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