200+ Free RVT Practice Questions

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Which artery arises from the brachiocephalic trunk and supplies the right side of the head and neck?

Left common carotid artery

Right common carotid artery

Right vertebral artery

Left subclavian artery

to track

2026 Statistics

Key Facts: RVT Exam

66%

First-Time Pass Rate

ARDMS 2023

555

Passing Score

Scale 300-700

170

Questions

~3 hours

$300

Exam Fee

ARDMS

The ARDMS RVT (Registered Vascular Technologist) exam has a 66% first-time pass rate. It requires a scaled score of 555 (scale 300-700) to pass. The 170-question exam covers 7 domains including normal anatomy (21%), pathology (32%), physiologic exams (12%), and quality assurance (14%). Candidates must also pass the SPI exam within 5 years.

Sample RVT Practice Questions

Try these sample questions to test your RVT exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 200+ question experience with AI tutoring.

1Which artery arises from the brachiocephalic trunk and supplies the right side of the head and neck?

A.Left common carotid artery

B.Right common carotid artery

C.Right vertebral artery

D.Left subclavian artery

Explanation: The right common carotid artery arises from the brachiocephalic (innominate) trunk, which is the first branch off the aortic arch. The left common carotid arises directly from the aortic arch. This anatomical difference is important when performing carotid duplex examinations.

2The carotid sinus is located at which anatomical location?

A.At the origin of the external carotid artery

B.At the bifurcation of the common carotid artery

C.At the carotid canal in the temporal bone

D.At the junction of the vertebral and basilar arteries

Explanation: The carotid sinus is a dilated area at the bifurcation of the common carotid artery. It contains baroreceptors that monitor blood pressure changes. During carotid duplex scanning, pressure over this area should be minimized as it can cause bradycardia and hypotension in sensitive patients.

3Which structure separates the internal carotid artery from the external carotid artery at the level of the bifurcation?

A.The styloid process

B.The carotid body

C.The omohyoid muscle

D.The sternocleidomastoid muscle

Explanation: The carotid body (glomus caroticum) is located at the bifurcation of the common carotid artery and helps separate the internal and external carotid arteries. It is a chemoreceptor that monitors blood oxygen and carbon dioxide levels. During ultrasound, this structure may be visible as a small hypoechoic mass.

4The vertebral arteries typically enter the transverse foramen at which cervical level?

A.C1

B.C4

C.C6

D.C7

Explanation: The vertebral arteries typically enter the transverse foramen at the C6 level (approximately 90% of the time). They ascend through the transverse foramina of C6 through C1 before entering the skull through the foramen magnum. This anatomical knowledge is important when performing transducer placement for vertebral artery duplex examinations.

5Which artery gives rise to the superior thyroid, lingual, and facial arteries?

A.Internal carotid artery

B.External carotid artery

C.Vertebral artery

D.Occipital artery

Explanation: The external carotid artery gives rise to multiple branches including the superior thyroid, lingual, facial, occipital, posterior auricular, ascending pharyngeal, and maxillary arteries. The internal carotid artery has no branches in the neck. Distinguishing these arteries is crucial during carotid duplex scanning.

6What is the characteristic Doppler waveform pattern in a normal internal carotid artery?

A.High-resistance pattern with low diastolic flow

B.Low-resistance pattern with continuous forward diastolic flow

C.Triphasic pattern with reversal of flow in early diastole

D.Pulsatile pattern with absent diastolic flow

Explanation: The normal internal carotid artery demonstrates a low-resistance waveform pattern with continuous forward flow throughout the cardiac cycle, including diastole. This reflects the brain's high metabolic demand and need for continuous perfusion. In contrast, the external carotid artery shows a higher resistance pattern.

7In a normal resting subject, what percentage of the total cardiac output is delivered to the brain?

A.5%

B.10-15%

C.25%

D.35%

Explanation: The brain receives approximately 10-15% of the total cardiac output despite representing only about 2% of body weight. This high perfusion rate reflects the brain's high metabolic demand. The brain consumes about 20% of the body's oxygen supply, making it highly dependent on continuous blood flow.

8The great saphenous vein originates from which anatomical structure?

A.Popliteal vein

B.Medial malleolus anterior to the medial condyle of the tibia

C.Dorsal venous arch of the foot

D.Lateral malleolus

Explanation: The great saphenous vein originates anterior to the medial malleolus and ascends along the medial aspect of the leg and thigh. It empties into the common femoral vein at the saphenofemoral junction. This vein is frequently evaluated for reflux in patients with venous insufficiency and is commonly harvested for coronary artery bypass grafting.

9Which venous structure is commonly referred to as the "trifurcation" in lower extremity venous ultrasound?

A.Confluence of the common femoral, great saphenous, and superficial femoral veins

B.Junction of the popliteal vein and calf veins

C.Confluence of the external and internal iliac veins

D.Junction of the anterior and posterior tibial veins

Explanation: The "trifurcation" refers to the confluence where the great saphenous vein drains into the common femoral vein, adjacent to where the common femoral vein continues as the superficial femoral vein. This region is a common site for thrombus formation and must be carefully evaluated during lower extremity venous duplex examinations.

10The small saphenous vein terminates at which level?

A.At the popliteal fossa draining into the popliteal vein

B.At the saphenofemoral junction

C.At the posterior tibial veins

D.At the peroneal veins

Explanation: The small saphenous vein originates posterior to the lateral malleolus, ascends along the posterior calf, and typically drains into the popliteal vein at the saphenopopliteal junction in the popliteal fossa. The termination point is variable and can be visualized with ultrasound in the popliteal region.

About the RVT Exam

The ARDMS Vascular Technology (VT) exam certifies vascular sonographers in cerebrovascular, peripheral arterial, peripheral venous, and abdominal vascular ultrasound. The exam covers normal anatomy, pathology, hemodynamics, and quality assurance.

Questions

170 scored questions

Time Limit

3 hours

Passing Score

555 (scale 300-700)

Exam Fee

$300 (ARDMS / Pearson VUE)

RVT Exam Content Outline

21%

Normal Anatomy, Perfusion, Function

Cerebrovascular, peripheral arterial, venous, and abdominal/visceral anatomy and hemodynamics

32%

Pathology, Perfusion, Function

Evaluation of cerebrovascular, peripheral arterial, venous, and visceral vascular disease

Surgically Altered Anatomy/Pathology

Bypass grafts, stents, AV access, and post-surgical evaluation

12%

Physiologic Exams

Segmental pressures, ABI, PVR, PPG, and plethysmography

Ultrasound-Guided Procedures

Access guidance, pseudoaneurysm treatment, and intraoperative assessment

14%

QA, Safety, Physical Principles

Doppler physics, hemodynamics, instrumentation, and quality assurance

Preparation, Documentation, Communication

Patient prep, indications, informed consent, and reporting

How to Pass the RVT Exam

What You Need to Know

Passing score: 555 (scale 300-700)
Exam length: 170 questions
Time limit: 3 hours
Exam fee: $300

Keys to Passing

Complete 500+ practice questions
Score 80%+ consistently before scheduling
Focus on highest-weighted sections
Use our AI tutor for tough concepts

RVT Study Tips from Top Performers

1Focus heavily on Pathology domain (32% of exam) - understand stenosis grading and waveform interpretation

2Master Doppler physics and hemodynamic principles (14% of exam)

3Know normal anatomy and hemodynamics before studying pathology

4Practice velocity criteria for carotid stenosis (University of Washington criteria)

5Understand venous reflux testing and perforator evaluation

6Review post-surgical anatomy including bypass grafts and dialysis access

Frequently Asked Questions

What is the RVT exam pass rate?

The ARDMS Vascular Technology (VT) exam has a 66% first-time pass rate and 59% overall pass rate (2023 data). To earn the RVT credential, you must pass both the SPI (Sonography Principles & Instrumentation) exam and the VT exam within 5 years. The exam uses a scaled scoring system from 300-700, with 555 required to pass.

What topics are covered on the RVT exam?

The RVT exam covers 7 content domains: Normal Anatomy & Perfusion (21%), Pathology & Perfusion (32%), Surgically Altered Anatomy (6%), Physiologic Exams (12%), Ultrasound-Guided Procedures (7%), Quality Assurance & Physics (14%), and Preparation/Documentation (8%). Content includes cerebrovascular, peripheral arterial, peripheral venous, and abdominal/visceral vascular systems.

How many questions are on the RVT exam?

The VT exam contains approximately 170 multiple-choice questions, including hotspot (Advanced Item Type) questions that assess practical sonography skills. You have 3 hours to complete the exam, including a brief survey.

What is the RVT exam fee?

The ARDMS Vascular Technology exam fee is $300 USD. You must also have passed or be scheduled for the SPI exam within 5 years. If you need to retake the VT exam, you must wait 60 days between attempts (max 3 times per year).

How do I prepare for the RVT exam?

To prepare for the RVT exam: 1) Study all 7 content domains, focusing heavily on Pathology (32%) and Normal Anatomy (21%). 2) Master Doppler physics and hemodynamic principles. 3) Practice with at least 200 exam-style questions. 4) Review velocity criteria for grading stenosis. 5) Understand normal vs abnormal waveforms in all vascular territories. 6) Use our AI tutor to clarify difficult concepts.

What are common RVT exam mistakes?

Common RVT exam mistakes include: 1) Confusing ICA vs ECA waveform characteristics, 2) Forgetting Doppler angle must be ≤60° for accurate velocities, 3) Mixing up normal physiologic variation with pathology, 4) Not understanding the continuity equation and Bernoulli principle, 5) Confusing portal vein flow direction (hepatopetal) with hepatic vein flow (hepatofugal), and 6) Forgetting CEAP classification for venous insufficiency.