ASWB Clinical Social Work All- Inclusive Certification Study Guide: Extensive Practice Questions, Complete Test Bank Review, Detailed Knowledge Assessment, and Final Exam Prep Manual

A healthcare provider is evaluating an adult who suddenly collapses near exposed electrical wiring. The patient appears unresponsive. What should the provider do first? A. Check the patient’s carotid pulse B. Begin chest compressions immediately C. Ensure the scene is safe before approaching D. Ask a bystander to retrieve an AED Correct Answer: C. Ensure the scene is safe before approaching Rationale: Scene safety must be established before approaching an unresponsive patient, particularly when exposed electrical wiring presents a potential hazard. Entering an unsafe environment could injure the rescuer and create additional victims. Pulse assessment, CPR, and AED use should begin once the provider can safely approach the patient. DI. Question 2 After confirming that the scene is safe, a provider finds an adult who is unresponsive. Emergency assistance has already been activated. Which assessment should the provider perform next? A. Measure blood pressure before assessing breathing B. Check breathing and pulse simultaneously for no more than 10 seconds C. Listen to breath sounds for approximately 30 seconds D. Obtain a detailed medical history from bystanders Correct Answer: B. Check breathing and pulse simultaneously for no more than 10 seconds Rationale: Breathing and pulse should be assessed simultaneously to rapidly determine whether cardiac arrest is present. The assessment should take no longer than 10 seconds. Blood pressure measurement, prolonged auscultation, and obtaining a detailed history should not delay CPR when the patient is unresponsive, has abnormal or absent breathing, and lacks a definite pulse. DII. Question 3 An unresponsive adult has occasional irregular gasps, and the provider cannot detect a carotid pulse within 10 seconds. How should these gasps be interpreted? A. Adequate spontaneous breathing B. A need for rescue breathing only C. Agonal respirations associated with cardiac arrest D. Evidence of adequate circulation Correct Answer: C. Agonal respirations associated with cardiac arrest Rationale: Agonal gasps are abnormal and ineffective respiratory efforts that commonly occur during cardiac arrest. They should not be mistaken for normal breathing. Because the patient also has no definite pulse, CPR should begin immediately. Rescue breathing alone is appropriate when a pulse is present. DIII. Question 4 An adult patient is unresponsive, has no normal breathing, and has no palpable pulse. Which intervention should receive the highest immediate priority? A. Obtain a 12-lead ECG B. Begin high-quality chest compressions C. Insert an advanced airway D. Establish intravenous access Correct Answer: B. Begin high-quality chest compressions Rationale: High-quality CPR provides temporary circulation to the heart and brain while additional resuscitation equipment and personnel are obtained. ECG acquisition, advanced airway placement, and intravenous access may be necessary later, but none should delay the initiation of chest compressions. DIV. Question 5 Which technique best reflects current recommendations for high-quality adult chest compressions? A. 80–100 compressions/min with a depth of 3 cm B. 100–120 compressions/min with a depth of at least 5 cm but not more than 6 cm C. 120–140 compressions/min with a depth greater than 7 cm D. 60–80 compressions/min with a depth of exactly 5 cm Correct Answer: B. 100–120 compressions/min with a depth of at least 5 cm but not more than 6 cm Rationale: High-quality adult CPR requires a compression rate of 100–120 per minute and a depth of at least 5 cm (2 inches) while avoiding depths greater than 6 cm (2.4 inches). Compressions that are too slow or shallow may not provide adequate perfusion, while excessive depth or rate may reduce effectiveness and increase injury. DV. Question 6 A CPR feedback device indicates that a rescuer is maintaining the correct compression rate and depth but continues to lean on the patient’s chest between compressions. What is the most important consequence? A. Increased pulmonary ventilation B. Reduced venous return and cardiac filling C. Increased coronary blood flow D. Faster rhythm analysis Correct Answer: B. Reduced venous return and cardiac filling Rationale: Leaning prevents complete chest recoil. Full recoil allows the chest to reexpand, lowers intrathoracic pressure, and promotes venous return and cardiac filling. Incomplete recoil decreases cardiac filling and coronary perfusion. The rescuer should release pressure between compressions while keeping the hands properly positioned. DVI. Question 7 During resuscitation, chest compressions are stopped for 25 seconds while the team prepares equipment for intubation. Why is this interruption harmful? A. It causes the AED battery to discharge B. It decreases coronary and cerebral perfusion pressure C. It prevents medications from entering the circulation D. It causes excessive chest recoil Correct Answer: B. It decreases coronary and cerebral perfusion pressure Rationale: Blood flow generated by CPR decreases rapidly whenever compressions are interrupted. Several subsequent compressions are required to rebuild adequate perfusion pressure. Airway preparation should therefore occur while compressions continue whenever possible, with interruptions kept as short as possible. DVII. Question 8 After approximately two minutes of continuous CPR, the rescuer’s compression depth begins to decrease because of fatigue. What should the team leader do? A. Increase the ventilation rate to compensate B. Continue with the same rescuer until a pulse returns C. Rotate compressors during the next planned brief pause D. Stop CPR and allow the rescuer to recover completely Correct Answer: C. Rotate compressors during the next planned brief pause Rationale: Compression quality commonly declines as rescuers become fatigued. Compressors should generally rotate about every two minutes, ideally during a planned rhythm-analysis pause. The exchange should be rapid so that interruption of chest compressions is minimized. Increasing ventilation cannot compensate for inadequate circulation. DVIII. Question 9 Two healthcare providers are performing CPR on an adult patient in cardiac arrest. No advanced airway is in place. Which compression-to-ventilation ratio should they use? A. 15 compressions to 2 breaths B. 20 compressions to 2 breaths C. 30 compressions to 2 breaths D. Continuous compressions with 20 breaths per minute Correct Answer: C. 30 compressions to 2 breaths Rationale: Adult CPR without an advanced airway uses a ratio of 30 chest compressions to 2 breaths. This ratio applies whether one or multiple rescuers are present. Once an advanced airway is placed, compressions continue continuously while ventilations are delivered separately at the recommended rate. DIX. Question 10 An adult patient is apneic but has a definite carotid pulse. Which intervention is most appropriate? A. Begin cycles of 30 compressions and 2 breaths B. Provide one breath every 6 seconds and reassess the pulse every 2 minutes C. Deliver immediate defibrillation D. Withhold treatment until the patient becomes pulseless Correct Answer: B. Provide one breath every 6 seconds and reassess the pulse every 2 minutes Rationale: An adult with respiratory arrest but an intact pulse requires rescue ventilation. The recommended rate is approximately one breath every 6 seconds, or 10 breaths per minute. The pulse should be reassessed about every two minutes because respiratory arrest can progress to cardiac arrest. Chest compressions and defibrillation are not indicated while effective circulation is present.