Tiêu đề RECALLS 10 - NP3 - SC ✅

1 | Page RECALLS 10 EXAMINATION NURSING PRACTICE III CARE OF CLIENTS WITH PHYSIOLOGIC AND PSYCHOSOCIAL ALTERATIONS (PART A) NOV 2025 Philippine Nurse Licensure Examination Review GENERAL INSTRUCTIONS: 1. This test questionnaire contains 100 test questions 2. Shade only one (1) box for each question on your answer sheets. Two or more boxes shaded will invalid your answer. 3. AVOID ERASURES. 4. Detach one (1) answer sheet from the bottom of your Examinee ID/Answer Sheet Set. 5. Write the subject title “NURSING PRACTICE I” on the box provided 1. You as a nurse, upon assessment would start compressions. What should be the quality of your compressions to be effective? A. Push hard at least 6 cm and fast (100-120/minutes) B. Push hard at least 2 inches and fast (110-120/mins) C. Push hard at least 5 cm and fast (100-120/mins) D. Push hard at least 3 inches and fast (110-120/mins) 2. Which of the following rhythm is NOT shockable? 1. pulseless ventricular Tachycardia 2. Ventricular Fibrillation 3. Asystole 4. Pulseless Electrical Activity A. 1& 2 B. 2 & 4 C. 1, 3, & 4 D. 3 & 4 3. If you will be using a monophasic Defibrillator, how much energy should you give on first shock? A. 180 J B. 260 J C. 360 J D. 480 J 4. After the third cycle and the patient hasn’t return to spontaneous circulation, the patient should be given drug which is: A. Epinephrine 3 mg IV/IO B. Adenosine 300 mg bolus IV/IO C. Amiodarone 300 mg bolus IV/IO D. Adenosine 350 mg bolus IV/IO 5. The following are the Reversible causes of Cardiac Arrest EXCEPT: A. Hypothermia B. Pulmonary Thrombosis C. Toxins D. Metabolic alkalosis 6. Blood pressure (BP) is the force of blood exerted against the vessel walls. Which of the following is correct about BP? A. Blood pressure= Cardiac output x Peripheral vascular resistance B. Blood pressure= Preload x Afterload C. Blood pressure= Cardiac output + Peripheral vascular resistance D. Blood pressure= Stroke volume x Heart Rate   7.Blood pressure is regulated by balancing the sympathetic and parasympathetic nervous systems. These receptors are stimulated when the aortic and arterial walls are stretched by an increased blood pressure.  * A. Stretch receptors B. Chemoreceptors C. Baroreceptors D. Juxtaglomerular apparatus   8.A client with a blood pressure of 130/90 mmHg has a mean arterial pressure (MAP) of:   A. 103 mmHg B. 80 mmHg C. 111 mmHg D. 74 mmHg   9.The client has a cardiac output of 5.5 L/min, heart rate of 75 bpm, and body surface area of 1.75 m2. What is the client’s cardiac index?   a. 4.65 L/min/m2 b. 3.14 L/min/m2 c. 4.25 L/min/m2 d. 2.67 L/min/m2   10. In which event of the cardiac cycle do the aortic and pulmonic valves close?   A. After isovolumetric contraction B. Atrial systole C. Ventricular ejection D. Before isovolumetric relaxation   11. In which event of the cardiac cycle do the mitral and tricuspid valves close?    A. After isovolumetric contraction B. Ventricular filling C. Before isovolumetric contraction D. Ventricular ejection   12. Which of the following refers to the law that the more the heart is filled during diastole (within limits), the more forcefully it contracts?    A. Gay-Lussac’s law B. Boyle’s law C. Charles’ law D. Starling’s law   13. All of the following factors affect the stroke volume, except:   A. Afterload B. Automaticity C. Preload D. Contractility   14. Which of the following is true regarding hydrostatic pressure?    * NLE * NCLEX * CGFNS * HAAD * PROMETRICS * DHA * MIDWIFERY * LET * RAD TECH * CRIMINOLOGY * DENTISTRY * PHARMACY *


4 | Page D. DDD 44. You know that a demand pacing mode means the following except: A. Delivers a pacing stimulus at a set rate B. Delivers a pacing stimulus only when the heart’s intrinsic pacemaker fails C. A predetermined rate is set D. Pacing stimulus activity is determined by the sensing of intrinsic activity 45. You are modifying your patient’s pacemaker settings and have to determine the threshold of the device. Everything is true about thresholds of pacemakers except? A. Depolarization occurs at this point B. Determining the threshold involves losing the 1:1 capture C. The threshold to pace is less than 1 mA D. This is the ability of the pacemaker to detect the heart’s intrinsic electrical activity 46. Your patient is on mechanical ventilation. The machine is there to assist the patient with breathing. As a nurse, you are familiar with the anatomy and physiology of the lung. Which is true about the effects of gravity and alveolar pressure on pulmonary blood flow? (Pa = arterial pressure; PA = alveolar pressure) A. Zone 1 involves Pa>PA B. Zone 3 involves Pa>PA C. Zone 1 is where blood flow occurs in the lungs D. Zone 2 has fluctuating blood flow dependent on arterial and venous pressures 47. Your patient is being monitored with a capnography at the bedside. You notice that the PETCO2 is increased. The following can be possible causes for this except? A. Respiratory depression B. Hyperthermia C. Sepsis D. Hypothermia 48. A patient is on mechanical ventilation. As a nurse, you are expected to understand and know how to manipulate mechanical ventilators. Which variables maintains inspiration? A. Trigger B. Cycle C. Limit D. Baseline 49. Which of the following variables ends the inspiration? A. Trigger B. Cycle C. Limit D. Baseline 50. Your patient has a stable respiratory drive to overcome any imposed mechanical resistance. He is able to have spontaneous breaths but it is not yet enough to provide his body with adequate oxygenation. What mode of ventilation is the most appropriate for this patient? A. Volume-assured pressure support ventilation B. Airway pressure release ventilation C. Adaptive support ventilation D. Pressure support ventilation 51. Your patient is in acute respiratory distress and was placed on mechanical ventilation. You except the tidal volume to be set with the following: A. 6-10 mL/kg B. 4-8 mL/kg C. 7-10 mL/kg D. 4-6 mL/kg 52. You need to set the amount of effort the patient must generate to initiate a ventilator breath. This can be done through pressure-triggering or flow-triggering. What parameter will you have to control to achieve this? A. Sensitivity B. High pressure limit C. Pressure support D. PEEP 53. Your patient is no longer in acute respiratory distress and is being considered for weaning from mechanical ventilation. Obtaining his rapid shallow breathing index (RSBI) will give you an idea of weaning success. The patient’s respiratory rate is 30 breaths per minute, and his weight is 50 kg. If his tidal volume is set at 7 mL/kg, calculate his RSBI: A. 88 breaths/min/L B. 86 breaths/min/L C. 12 breaths/min/L D. 13 breaths/min/L 54. You can interpret the previously calculated RSBI as? A. Successful weaning B. Unsuccessful weaning C. Inconclusive D. Monitor more before weaning 55. Your RSBI is calculated at 104. The patient’s conventional weaning parameters were obtained and they are within weanable values. What is the next step? A. Recommend removing the patient from mechanical ventilation B. Prepare the equipment for extubation C. Perform a spontaneous breathing trial D. Nothing 56. Which of the following weaning methods can you consider for your patient? A. Pressure support ventilation B. Continuous mandatory ventilation C. Adaptive support ventilation D. Independent lung ventilation 57. When the patient was undergoing weaning, you noticed that his spontaneous tidal volume was at 350 mL, with a heart rate of 100. His SPO2 is also found to be 91%. What action should you take next? A. Stop weaning because the patient is unable to tolerate this B. Continue weaning due to no indication of weaning intolerance C. Increase the patient’s FiO2 D. Position the patient in an upright position Situation – Nurse Lexi is caring for multiple patients with respiratory problems in the emergency department of Lorenzo General Hospital. The following questions apply. 58. While inspecting the chest of a client, she assessed that the anteroposterior diameter is exactly the same as the lateral diameter. This implies that the client has:* A. Pigeon chest B. Normal chest C. Barrel chest D. Pectus excavatum 59. Nurse Lexi assessed that the patient has tracheal shifting to the right. The following respiratory conditions are possible causes of the tracheal deviation except: A. Pleural effusion of the left lung field B. Empyema thoracis of the right lung field C. Atelectasis of the right lung field D. Pleural fibrosis of the right lung field   60. One of the physical characteristic of blood is its temperature being