Nursing Elites

1. Which information obtained from the mother of a child with cerebral palsy most likely correlates to the diagnosis?

• A. She was born at 42 weeks gestation.
• B. She had meningitis when she was 6 months old.
• C. She had physiologic jaundice after delivery.
• D. She has frequent sore throats.

Correct answer: B

Rationale: The diagnosis of meningitis at age 6 months correlates to a diagnosis of cerebral palsy. Cerebral palsy, a neurological disorder, is often associated with birth trauma or infections of the brain or spinal column. Answers A, C, and D are not related to the question. Gestational length (choice A) is not a direct risk factor for cerebral palsy. Physiologic jaundice (choice C) and frequent sore throats (choice D) are not typically associated with cerebral palsy.

2. The new mother asks why her baby has lost weight since he was born. The best explanation of the weight loss is:

• A. The baby is dehydrated due to polyuria.
• B. The baby is hypoglycemic due to lack of glucose.
• C. The baby is allergic to the formula the mother is giving him.
• D. The baby can lose up to 10% of weight due to meconium stool, loss of extracellular fluid, and initiation of breastfeeding.

Correct answer: D

Rationale: After birth, newborns can lose weight due to meconium stool, loss of extracellular fluid, and the initiation of breastfeeding. This weight loss is a normal and expected physiological process, and infants can lose up to 10% of their birth weight during this period. There is no indication of dehydration (polyuria), hypoglycemia (lack of glucose), or allergy to the formula as reasons for weight loss in newborns. Therefore, answers A, B, and C are incorrect. Answer D provides the most accurate explanation for the observed weight loss in the newborn.

3. The client is visiting a home health client with osteoporosis. The client has a new prescription for alendronate (Fosamax). Which instruction should be given to the client?

• A. Rest in bed after taking the medication for at least 30 minutes
• B. Avoid rapid movements after taking the medication
• C. Take the medication with water only
• D. Allow at least 1 hour between taking the medicine and taking other medications

Correct answer: B

Rationale: When a client is prescribed alendronate (Fosamax), instructing them to avoid rapid movements after taking the medication is crucial to prevent esophageal irritation. Resting in bed after taking the medication for at least 30 minutes (choice A) is not necessary and can increase the risk of side effects. While taking the medication with water only (choice C) is generally recommended, the key instruction to prevent esophageal irritation is to avoid rapid movements. Allowing at least 1 hour between taking the medicine and other medications (choice D) is not specifically related to the administration of alendronate and is not the primary concern when giving instructions to the client.

4. When a woman is having her first child, she is experiencing which type of crisis event?

• A. situational
• B. maturational
• C. adventitious
• D. reactive

Correct answer: B

Rationale: A maturational crisis occurs when an individual reaches a new stage of development, such as becoming a parent for the first time, and needs to develop new coping strategies to adapt to this change. Situational crises (Choice A) arise from external sources, not developmental milestones. Adventitious crises (Choice C) are caused by external events like natural disasters and are not related to personal development stages. Reactive crises (Choice D) are responses to specific stressors and are not associated with developmental milestones like becoming a parent for the first time.

5. When medications have an additive, synergistic, or antagonistic effect on a tissue, a ________ reaction has occurred.

• A. pharmaceutical
• B. pharmacodynamic
• C. pharmacokinetic
• D. drug incompatibility

Correct answer: B

Rationale: The correct answer is 'pharmacodynamic.' Pharmacodynamics pertain to the effect of a drug on receptors, explaining how drugs affect tissues. Pharmaceutical reactions refer to chemical reactions between drugs before administration or absorption, not their effect on tissues. Pharmacokinetic reactions involve how the body affects the drug, not the tissue. Drug incompatibilities are essentially pharmaceutical reactions, not the specific effects on tissues seen in pharmacodynamic reactions.

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