AAPC Cardiovascular/Thoracic (CCVTC) Examination Practice Test
Cardiovascular and thoracic coding draws on knowledge of heart anatomy, blood flow, vascular conditions, cardiac devices, and surgical procedures involving the chest. This practice page samples foundational concepts such as chamber and valve functions, arterial disease, blood-vessel terminology, cardiopulmonary bypass, and hemodialysis access.
Exam overview
About the AAPC Cardiovascular/Thoracic (CCVTC) Examination Exam
Effective coding in this area depends on connecting clinical language to precise anatomical and procedural concepts. You may need to distinguish arteries from veins, identify where a clot forms, or recognize how a finding such as an arterial bruit relates to a vascular assessment. Understanding normal circulation helps clarify the significance of chamber and valve references in documentation. Procedural knowledge also matters: cardiopulmonary bypass supports circulation and oxygenation during certain operations, while implanted devices such as defibrillators treat specified dangerous rhythms. For vascular-access documentation, recognize the structure created by connecting an artery and vein for repeated dialysis. These concepts help coders interpret operative and clinical records, identify the documented service or condition, and avoid confusing related terms when assigning codes.
Sample Practice Questions
Review a selection from this exam's published US Practice Tests practice bank.
Which cardiac chamber generates the pressure needed to propel blood through the pulmonary circulation?
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Correct answer: DThe right ventricle pumps blood into the pulmonary artery and through the lungs, generating pressure for pulmonary circulation.
Which finding is most characteristic of peripheral arterial disease in the lower extremities?
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Correct answer: AIntermittent claudication is exertional leg discomfort caused by inadequate arterial blood flow to working muscles; it typically improves with rest.
Which valve lies between the left atrium and left ventricle?
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Correct answer: CThe mitral valve, also called the bicuspid valve, separates the left atrium from the left ventricle and helps prevent backflow during ventricular contraction.
Which heart chamber normally receives oxygen-poor blood returning from the body through the venae cavae?
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Correct answer: CThe superior and inferior venae cavae return systemic venous blood to the right atrium. It then passes through the tricuspid valve into the right ventricle.
Which device is designed to deliver an electrical shock to treat certain life-threatening ventricular arrhythmias?
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Correct answer: BAn implantable cardioverter-defibrillator (ICD) detects certain dangerous ventricular rhythms and can deliver therapy, including a shock, to restore a safer rhythm. A pacemaker primarily provides pacing support for slow rhythms.
A clinician hears a blowing sound over an artery while listening with a stethoscope. What is this sound called?
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Correct answer: BA bruit is an abnormal whooshing sound caused by turbulent blood flow through an artery. It can occur with arterial narrowing, though the sound alone does not establish a diagnosis.
Which term describes a blood clot that forms within a blood vessel and remains attached at its site of formation?
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Correct answer: BA thrombus is a clot formed within a vessel or heart chamber. An embolus is material, such as a clot fragment, that travels through the circulation.
How to use this practice test
Access the free practice bank for up to 20 randomly selected questions per session from its 50 published questions. Submit a session to see results and identify which cardiovascular anatomy, vascular terminology, or procedure concepts need further review. Use missed questions to guide focused practice.
Preparation tips
- Sketch the path of blood through the chambers, valves, pulmonary circulation, and venae cavae; label oxygen-poor and oxygen-rich blood.
- Make a comparison list for arterial and venous conditions, including peripheral arterial disease, thrombus, and bruit, with each term’s meaning.
- Review the purpose of an implantable cardioverter-defibrillator and distinguish it from devices used for other rhythm-management functions.
- Trace how cardiopulmonary bypass supports circulation during open-heart surgery, and compare that role with an arteriovenous access created for hemodialysis.