NCLEX_CRUSADE_ACADEMY TEST - 2 USE_OF_RESTRAINTS_FIRE_ALARM_DISASTER_PLANNING
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![]() NCLEX_CRUSADE_ACADEMY TEST - 2 USE_OF_RESTRAINTS_FIRE_ALARM_DISASTER_PLANNING Descripción: USE OF RESTRAINTS FIRE ALARM DISASTER PLANNING |



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1. The subtitle of this module indicates the instructional progression is primarily from: Diagnosis to treatment planning. Data collection to clinical judgment. Medication preparation to documentation. Pharmacokinetics to pharmacodynamics. 2. Within the module heading, the skill focus being mastered is: IV insertion technique. Assessment for the NCLEX. Medication reconciliation audits. Antibiotic stewardship protocols. 3. The Safety Protocol emphasized in this module can be summarized as: Action before data. Data before action. Documentation before assessment. Provider notification before verification. 4. The Pre-Flight Checklist prioritizes which item FIRST?. Diagnosis validity. Drug interactions. Allergies check. The 5 Rights. 5. Which set correctly lists the 5 Rights shown in the checklist?. Patient, Provider, Policy, Price, Purpose. Patient, Drug, Route, Dose, Time. Patient, Drug, Rate, Dose, Timing. Patient, Diagnosis, Dose, Route, Time. 6. The checklist includes which item that specifically evaluates whether the medication is appropriate for the patients condition?. Allergies check. Diagnosis validity. The 5 Rights. Route verification. 7. The Critical Checkpoint box instructs the nurse to answer which pair of questions before medication leaves the package?. Is this affordable? and Is this available?. Who is the patient? and Is this safe?. Is the dose standard? and Is this legal?. Is the order complete? and Is this urgent?. 8. Which pre-administration review best addresses the checklist item Drug Interactions?. Confirming the patients preferred pharmacy. Reviewing concurrent medications, supplements, and contraindicated combinations. Asking the patient whether they like the pill size. Documenting the medication in the MAR before administration. 9. The phrase Context changes safety indicates that medication risk is primarily determined by: Whether the medication is expensive. Whether the medication is administered in a hospital. The patients physiological context. The number of pills in the bottle. 10. The Demographics: Age section highlights that safety concerns differ because of: Increased appetite in infants and elders. Infant metabolism differences and geriatric decline. Higher pain tolerance in children. Reduced medication adherence in toddlers. 11. The Pregnancy Risk section directs the nurse to primarily identify: Hyperglycemic risks. Teratogenic risks (harm to fetus). Allergic risks only. Risks related to dehydration. 12. For antihypertensive medications, the baseline vitals emphasized as a first check are: Temperature and oxygen saturation. Blood pressure and heart rate. Respiratory rate and glucose. Pain score and weight. 13. The four pharmacological outcomes the nurse must distinguish are: Therapeutic, placebo, allergic, iatrogenic. Intended, side, adverse, toxic effects. Immediate, delayed, chronic, terminal effects. Oral, IM, IV, subcutaneous effects. 14. In the four-outcome model, the label The Danger corresponds to: Intended effect. Side effect. Adverse effect. Toxic effect. 15. In the four-outcome model, the label The Poison corresponds to: Side effect. Intended effect. Adverse effect. Toxic effect. 16. The intended effect is best defined as: An unexpected life-threatening reaction. The expected positive outcome for which the drug was given. A minor but irritating symptom. An effect that occurs only at overdose. 17. Which example matches the intended effect category shown in the module?. Analgesic constipation. Antibiotic anaphylaxis. Antihypertensive lowers blood pressure. Penicillin angioedema. 18. An antibiotics intended effect in this module is described as: Reducing blood pressure. Relieving pain. Combating a bacterial process. Preventing constipation. 19. The module defines a side effect as: Unwanted, expected, non-life-threatening, and easy to treat. Unwanted, unexpected, and immediately life-threatening. Always a sign of overdose. Always requiring emergency care. 20. In the codeine sulfate example, the side effect identified is: Anaphylaxis. Constipation. Hypertension. Angioedema. 21. Which intervention aligns with the modules recommended management of codeine-related constipation?. Stop the medication immediately. Increase fluids and fiber and continue the medication. Administer epinephrine and activate rapid response. Place the patient on airborne precautions. 22. The module defines an adverse effect as: Unwanted, mild, and expected. Unwanted, severe, life-threatening, requiring immediate intervention. A therapeutic goal. A predictable nuisance symptom. 23. In the penicillin example, the adverse effect is: Constipation. Anaphylactic reaction. Mild nausea. Headache. 24. According to the module, the correct immediate action for an adverse effect is to: Continue medication and treat symptoms. Stop the medication and call for help. Reduce dose and reassess next shift. Document first, then intervene if needed. 25. The module advises students to avoid memorizing tables and instead to: Identify the drug manufacturer. Analyze severity. Focus only on intended effects. Ignore symptoms unless vitals change. 26. In the Textbook Trap comparison, the correct decision for a side effect is to: Stop medication and provide emergency care. Continue the medication and treat the symptom. Increase the dose to overcome the symptom. Immediately notify law enforcement. 27. In the Textbook Trap comparison, anaphylaxis and angioedema are categorized as: Intended effects. Side effects. Adverse effects. Non-clinical outcomes. 28. The module states assessment is not only physical observation but also: Documentation review. Biochemical measurement. Provider interpretation. Family preference assessment. 29. For the drug class Loop Diuretics, the listed action and risk are best summarized as: Causes fluid retention; risk of hyperkalemia. Causes fluid loss; risk of hypokalemia. Causes vasodilation; risk of hypernatremia. Causes sedation; risk of respiratory depression. 30. The potassium value highlighted as abnormal in the lab report is: 14.0 mEq/L. 3.1 mEq/L. 10.2 mEq/L. 7.5 mEq/L. 31. The module indicates the nurses job is not done until the patient: Signs the informed consent. Receives the first dose. Demonstrates understanding. Is discharged. 32. Which nurse question best reflects the teach-back validation approach?. Do you like taking pills?. Can you explain how you will take this medication at home?. Would you rather take this in the morning?. Are you sure you understand?. 33. The patient statement demonstrating correct understanding in the metformin example is: I will stop the drug if I feel nausea. I will take my Metformin with meals to reduce stomach upset. I will double the dose if my glucose is high. I will take it only when I feel symptoms. 34. Holistic assessment barriers emphasize that medication safety includes identifying: Only laboratory abnormalities. Social, cultural, and religious factors. The medications retail price. The nurses personal beliefs. 35. The key question posed regarding adherence is whether the patients lifestyle or belief system: Matches the nurses preferences. Conflicts with the medication regimen. Requires insurance approval. Requires inpatient monitoring. 36. In the Clinical Detectives Strategy, the FIRST step is to: Distinguish the effect (nuisance vs danger). Gather data (vitals, labs, allergies). Verify understanding. Administer an antidote. 37. The second step in the Clinical Detectives Strategy is to: Verify the patient understood. Distinguish the effect (nuisance vs danger). Contact the pharmacy. Perform medication reconciliation. 38. The third step in the Clinical Detectives Strategy is to: Verify whether the patient understood. Increase the dose to reach intended effect. Discontinue all medications. Delay teaching until discharge. 39. The modules concluding principle states that: Safety starts with documentation. Safety starts with assessment. Safety starts with provider orders. Safety starts with pharmacy dispensing. |




