
Introduction
Cardiovascular MCQs for Prometric Exam – Anesthesia Technician are a crucial part of exam preparation for candidates aiming to pass Saudi Prometric, DHA, HAAD, and other international licensing exams. The cardiovascular system is one of the most tested subjects in the Prometric exam for anesthesia technicians because it directly affects patient safety during anesthesia.
This post on Cardiovascular MCQs for Prometric Exam – Anesthesia Technician includes 50 carefully selected multiple-choice questions covering heart anatomy, cardiac physiology, ECG interpretation, blood pressure monitoring, cardiovascular drugs, and emergency management. These Cardiovascular MCQs for Prometric Exam – Anesthesia Technician are designed in a simple format with clear explanations to help candidates understand concepts easily and revise effectively.
By practicing these Cardiovascular MCQs for Prometric Exam – Anesthesia Technician, candidates can improve exam confidence, accuracy, and time management.
Q1. What is the normal resting heart rate in adults?View Answer
Correct Answer: B. 60–100 bpm
Explanation: Normal adult resting heart rate ranges between 60 and 100 beats per minute.
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Correct Answer: B. Coronary artery
Explanation: Coronary arteries supply oxygenated blood to the myocardium.
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Correct Answer: C. 110–120 mmHg
Explanation: Normal systolic blood pressure is around 110–120 mmHg.
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Correct Answer: D. Right ventricle
Explanation: The right ventricle pumps deoxygenated blood to the lungs.
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Correct Answer: C. Mitral valve
Explanation: The mitral valve controls blood flow between left atrium and left ventricle.
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Correct Answer: C. Sinus rhythm
Explanation: Lead II best shows P waves and normal sinus rhythm.
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Correct Answer: C. High blood pressure
Explanation: Hypertension refers to persistently elevated blood pressure.
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Correct Answer: A. Atropine
Explanation: Atropine increases heart rate by blocking vagal action.
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Correct Answer: A. Blood pumped per minute
Explanation: Cardiac output = heart rate × stroke volume.
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Correct Answer: B. Pulmonary vein
Explanation: Pulmonary veins return oxygenated blood to the left atrium.
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Correct Answer: B. Atrial fibrillation
Explanation: Atrial fibrillation has no P waves and irregular rhythm.
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Correct Answer: C. Fast heart rate
Explanation: Tachycardia means heart rate above 100 bpm.
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Correct Answer: D. Tricuspid
Explanation: Tricuspid valve regulates blood flow on the right side.
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Correct Answer: B. Diastolic
Explanation: Diastolic pressure reflects peripheral vascular resistance.
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Correct Answer: B. QRS complex
Explanation: QRS complex shows ventricular depolarization.
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Correct Answer: C. Low BP
Explanation: Hypotension is abnormally low blood pressure.
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Correct Answer: B. Nitroglycerin
Explanation: Nitroglycerin causes vasodilation and reduces BP.
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Correct Answer: B. Myocardial infarction
Explanation: ST elevation is a sign of acute myocardial injury.
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Correct Answer: C. Carotid
Explanation: Carotid pulse is checked during CPR in adults.
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Correct Answer: C. 40 mmHg
Explanation: Pulse pressure = systolic – diastolic BP.
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Correct Answer: C. Arteries
Explanation: Arteries carry blood under high pressure from the heart.
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Correct Answer: B. Heart failure
Explanation: Heart failure results in inadequate cardiac output.
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Correct Answer: C. PR
Explanation: PR interval shows atrial to ventricular conduction.
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Correct Answer: A. Digoxin
Explanation: Digoxin is a positive inotropic drug.
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Correct Answer: C. Return blood to heart
Explanation: Veins carry blood back to the heart.
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Correct Answer: C. Carotid
Explanation: Carotid arteries supply blood to the brain.
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Correct Answer: C. T wave
Explanation: T wave shows ventricular repolarization.
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Correct Answer: B. Bradycardia
Explanation: Bradycardia means slow heart rate.
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Correct Answer: B. Adrenaline
Explanation: Adrenaline is a key drug during CPR.
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Correct Answer: A. Mean arterial pressure
Explanation: MAP reflects average arterial pressure.
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Correct Answer: A. S1
Explanation: S1 occurs due to closure of mitral and tricuspid valves.
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Correct Answer: A. Angina
Explanation: Angina occurs due to myocardial ischemia.
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Correct Answer: B. Veins
Explanation: Veins contain valves to prevent backflow.
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Correct Answer: B. Propranolol
Explanation: Propranolol is a beta-blocker.
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Correct Answer: C. Ventricular fibrillation
Explanation: VF causes ineffective cardiac output.
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Correct Answer: C. Radial
Explanation: Radial artery is preferred for ABG sampling.
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Correct Answer: B. Cardiac output
Explanation: Cardiac output shows heart performance.
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Correct Answer: B. ST depression
Explanation: ST depression indicates ischemia.
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Correct Answer: C. Capillary
Explanation: Capillaries allow gas and nutrient exchange.
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Correct Answer: C. Heart failure
Explanation: Heart failure increases anesthesia risk.
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Correct Answer: C. Aorta
Explanation: Aorta is the main systemic artery.
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Correct Answer: B. VF
Explanation: Ventricular fibrillation has chaotic activity.
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Correct Answer: C. Proper size
Explanation: Correct cuff size ensures accurate BP.
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Correct Answer: C. Left atrium
Explanation: Pulmonary veins empty into left atrium.
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Correct Answer: C. Cardiac output
Explanation: Cardiac output affects oxygen delivery.
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Correct Answer: A. Adenosine
Explanation: Adenosine is first-line for SVT.
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Correct Answer: B. Peaked T wave
Explanation: Hyperkalemia causes tall peaked T waves.
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Correct Answer: B. Heart failure
Explanation: Heart failure leads to fluid retention.
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Correct Answer: D. All of the above
Explanation: All are mandatory cardiovascular monitors.
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Correct Answer: D. All of the above
Explanation: Stroke volume depends on preload, afterload, and contractility.
Conclusion
Regular practice of Cardiovascular MCQs for Prometric Exam – Anesthesia Technician is essential for mastering cardiovascular concepts required in anesthesia practice. Understanding cardiac output, arrhythmias, ECG changes, blood pressure control, and emergency drugs is critical for both the Prometric exam and real clinical situations.
These Cardiovascular MCQs for Prometric Exam – Anesthesia Technician follow the Prometric exam pattern and focus on high-yield topics frequently asked in exams. Revising these MCQs multiple times will strengthen your knowledge and increase your chances of clearing the exam on the first attempt.
For best results, combine these Cardiovascular MCQs for Prometric Exam – Anesthesia Technician with other subjects such as respiratory system, CNS, and pharmacology
For complete details, visit our Anesthesia Technician Prometric Exam guide.
Frequently Asked Questions (FAQ)
What are Cardiovascular MCQs for Prometric Exam – Anesthesia Technician?
Cardiovascular MCQs for Prometric Exam – Anesthesia Technician are exam-oriented multiple-choice questions that focus on heart anatomy, ECG, blood pressure, cardiac drugs, and cardiovascular emergencies relevant to anesthesia practice.
Are these Cardiovascular MCQs for Prometric Exam – Anesthesia Technician suitable for Saudi Prometric?
Yes. These Cardiovascular MCQs for Prometric Exam – Anesthesia Technician are suitable for Saudi Prometric, DHA, HAAD, and other international anesthesia technician licensing exams.
Do Cardiovascular MCQs for Prometric Exam – Anesthesia Technician include ECG questions?
Yes. These Cardiovascular MCQs for Prometric Exam – Anesthesia Technician include ECG interpretation, arrhythmias, ST changes, and heart rhythm identification.
How often should I practice Cardiovascular MCQs for Prometric Exam – Anesthesia Technician?
It is recommended to practice Cardiovascular MCQs for Prometric Exam – Anesthesia Technician at least 2–3 times before the exam, focusing on explanations and weak areas.
Are Cardiovascular MCQs for Prometric Exam – Anesthesia Technician useful for beginners?
Yes. The Cardiovascular MCQs for Prometric Exam – Anesthesia Technician are written in simple English and are suitable for beginners as well as experienced anesthesia technicians.
Can these Cardiovascular MCQs for Prometric Exam – Anesthesia Technician help in clinical practice?
Absolutely. These Cardiovascular MCQs for Prometric Exam – Anesthesia Technician improve understanding of cardiovascular monitoring and emergency response during anesthesia.
