

Radiologic Science Test
Bank
Course Introduction
Radiologic Science is an interdisciplinary course that introduces students to the principles and applications of medical imaging technologies used in the diagnosis and treatment of diseases. The course covers foundational topics such as human anatomy and physiology, radiation physics, radiographic imaging procedures, radiation protection, and patient care. Students explore various modalities, including X-ray, computed tomography (CT), magnetic resonance imaging (MRI), and ultrasound, learning about image production, quality assurance, and safety protocols. Emphasis is placed on ethical considerations, effective communication, and the role of radiologic technologists within healthcare teams. This course prepares students for further study or entry-level roles in the radiologic sciences field.
Recommended Textbook
Workbook for Radiographic Image Analysis 4th Edition by Kathy McQuillen Martensen
Available Study Resources on Quizplus 12 Chapters
558 Verified Questions
558 Flashcards
Source URL: https://quizplus.com/study-set/1701

Page 2

Chapter 1: Guidelines for Image Analysis
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41 Verified Questions
41 Flashcards
Source URL: https://quizplus.com/quiz/33703
Sample Questions
Q1) Two structures are 2.5 inches apart and out of superimposition 1.5 inches. To bring them into superimposition, the CR should be angled _____ degrees.
A) 5
B) 10
C) 15
D) 20
Answer: C
Q2) Three images were obtained on the same structure with a computed radiography system. Image 1 was obtained using a 48-inch source-image receptor distance (SID) and a 5-inch object-image receptor distance (OID); image 2 was obtained using a 48-inch SID and a 3-inch OID; and image 3 was obtained with a 48-inch SID, a 3-inch OID, and a larger IR. Which image will demonstrate the sharpest recorded detail?
A) Image 1
B) Image 2
C) Image 3
D) There will be no difference in recorded detail.
Answer: B
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Chapter 2: Visibility of Details
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63 Verified Questions
63 Flashcards
Source URL: https://quizplus.com/quiz/33704
Sample Questions
Q1) What is the technical adjustment required with the trauma device of a wood backboard?
A) +5 kVp or +25%-30%
B) +5-7 kVp or +50%-60% mAs
C) -15-20 kVp
D) +50% mAs
Answer: A
Q2) The amount of light produced in each pixel in the matrix is _____ to the amount of energy that was _____ in that area of the IP during the acquisition process.
A) equivalent; created
B) inversely related; stored
C) inversely related; created
D) equivalent; stored
Answer: D
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Chapter 3: Image Analysis of the Chest and Abdomen
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70 Verified Questions
70 Flashcards
Source URL: https://quizplus.com/quiz/33705
Sample Questions
Q1) An AP neonatal chest projection with accurate positioning demonstrates
1)the right and left side inferior posterior ribs at equal lengths.
2)upwardly projecting anterior ribs.
3)at least nine posterior ribs above the diaphragm.
4)the chin superior to the airway.
A) 1 and 4 only
B) 2 and 3 only
C) 1, 2, and 4 only
D) 1, 3, and 4 only
Answer: A
Q2) Sufficient penetration has been obtained on a PA chest projection when the _____ and posterior ribs are demonstrated through the heart and mediastinal structures.
A) fluid levels
B) vascular lung markings
C) thoracic vertebrae
D) aorta
Answer: C
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Chapter 4: Image Analysis of the Upper Extremity
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68 Verified Questions
68 Flashcards
Source URL: https://quizplus.com/quiz/33706
Sample Questions
Q1) A less than optimal lateral wrist projection demonstrating the distal scaphoid anterior to the pisiform
A) will also demonstrate the distal scaphoid proximal to the pisiform.
B) will also demonstrate the ulna anterior to the radius.
C) was obtained with the wrist in ulnar flexion.
D) was obtained with the wrist internally rotated.
Q2) A less than optimal PA finger projection demonstrates unequal soft tissue width and midshaft concavity on each side of the phalanges. The side of the phalanges with the greatest midshaft concavity is facing the shortest finger metacarpal. All of the following are true about this projection except that the
A) finger was internally rotated.
B) projection will demonstrate more soft tissue width on the lateral surface.
C) projection will demonstrate open IP and MP joints as long as the digit remains parallel with the IR.
D) projection will demonstrate less phalangeal concavity on the lateral surface.
Q3) Which side of the arm is positioned against the IR for the lateral second finger projection?
A) Ulnar
B) Radial
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Page 6

Chapter 5: Image Analysis of the Shoulder
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60 Verified Questions
60 Flashcards
Source URL: https://quizplus.com/quiz/33707
Sample Questions
Q1) A PA oblique scapular Y shoulder projection with accurate positioning demonstrates 1)the superior angle of the scapular at the same transverse level as the clavicle.
2)superimposed scapular borders.
3)a laterally situated glenoid fossa.
4)the coracoid, acromion, and humerus creating the arms and leg of the Y formation.
A) 1 and 2 only
B) 2 and 4 only
C) 1 and 3 only
D) 1, 2, and 4 only
Q2) An anteriorly dislocated shoulder is demonstrated on an AP shoulder projection when the humeral head is demonstrated inferior to the A) acromion process.
B) coracoid process.
C) scapular spine.
D) scapular notch.
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Chapter 6: Image Analysis of the Lower Extremity
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69 Verified Questions
69 Flashcards
Source URL: https://quizplus.com/quiz/33708
Sample Questions
Q1) A less than optimal PA axial knee projection (Holmblad method) demonstrating the medial and lateral aspects of the intercondylar fossa without superimposition
A) will also demonstrate the tibia without fibular head superimposition if the heel was rotated medially.
B) will also demonstrate a laterally situated patella if the heel was rotated laterally.
C) was obtained because the knee was underflexed.
D) was obtained because the femur was positioned vertically.
Q2) The IP and MTP joint spaces on toe projections are open and demonstrated without distortion when the
1)central ray is aligned parallel with them.
2)central ray is aligned perpendicular to them.
3)joints are aligned parallel with the IR.
4)joints are aligned perpendicular to the IR.
A) 1 and 3 only
B) 1 and 4 only
C) 2 and 3 only
D) 2 and 4 only
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Chapter 7: Image Analysis of the Hip and Pelvis
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33 Verified Questions
33 Flashcards
Source URL: https://quizplus.com/quiz/33709
Sample Questions
Q1) A less than optimal AP hip projection (modified Cleaves method) demonstrating the greater trochanter positioned laterally
A) will also demonstrate the greater trochanter at the same transverse level as the femoral head.
B) will also demonstrate the lesser trochanter in profile medially.
C) was obtained because the knee and hip were not flexed enough.
D) was obtained because the knee and hip were flexed more than the required amount.
Q2) Hip and knee flexion for an AP pelvis projection (modified Cleaves method)
1)positions the greater trochanter in profile.
2)positions the lesser trochanter in profile.
3)rotates the greater trochanter beneath the femoral neck.
4)determines the degree of femoral neck foreshortening.
A) 1 and 3 only
B) 2 and 4 only
C) 2 and 3 only
D) 1 and 4 only
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Chapter 8: Image Analysis of the Cervical and Thoracic
Vertebrae
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50 Verified Questions
50 Flashcards
Source URL: https://quizplus.com/quiz/33710
Sample Questions
Q1) A less than optimal AP axial cervical vertebrae projection demonstrating closed intervertebral disk spaces and each vertebra's spinous process within its vertebral body
A) was obtained with the central ray angled too cephalically.
B) was obtained with the central ray angled too caudally.
C) was obtained because the patient was kyphotic and the central ray angle was not decreased over the routinely used angulation.
D) will also demonstrate elongated uncinate processes.
Q2) An AP thoracic projection with poor positioning demonstrates closed eighth through twelfth intervertebral disk spaces. How was the patient mispositioned for such a projection to be obtained?
A) The patient was rotated toward the left side.
B) The patient's knees and hips were extended.
C) The long axis of the vertebral column was laterally tilted.
D) The patient's head was on a thick pillow.
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Chapter 9: Image Analysis of the Lumbar Vertebrae,
Sacrum, and Coccyx
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30 Verified Questions
30 Flashcards
Source URL: https://quizplus.com/quiz/33711
Sample Questions
Q1) An AP oblique lumbar projection (RPO or LPO position) obtained with the patient underrotated demonstrates 1)obscured zygapophyseal joints.
2)the pedicles closer to the lateral surface of the vertebral bodies than the midline. 3)the intervertebral foramina.
4)the inferior and superior articular processes in profile.
A) 1 and 2 only
B) 2 and 3 only
C) 3 only
D) 1, 2, and 4 only
Q2) A left lateral lumbar projection with poor positioning demonstrates rotation. The posterior ribs that are most magnified and projected inferiorly are rotated anteriorly. How should the patient be repositioned for an optimal projection to be obtained?
A) Rotate the patient's right side posteriorly.
B) Angle the central ray caudally.
C) Rotate the patient's left side posteriorly.
D) Position the vertebral column parallel with the imaging table.
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Page 11

Chapter 10: Image Analysis of the Sternum and Ribs
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13 Verified Questions
13 Flashcards
Source URL: https://quizplus.com/quiz/33712
Sample Questions
Q1) A left lateral sternal projection with poor positioning demonstrates the superior heart shadow extending beyond the sternum, into the anteriorly located lung. How should the patient be repositioned for an optimal projection to be obtained?
1)Rotate the left thorax posteriorly.
2)Position the arms behind the patient's back.
3)Take the exposure on deep inspiration.
4)Rotate the right thorax anteriorly.
A) 1 only
B) 1 and 4 only
C) 2 and 3 only
D) 3 and 4 only
E) 4 only
Q2) A less than optimal lateral sternum projection that does not demonstrate the sternum in profile and visualizes the superior heart shadow extending anterior to the sternum
A) resulted because the central ray was centered too posteriorly.
B) resulted because of poor costal breathing technique.
C) could be improved by rotating the right thorax anteriorly.
D) also would demonstrate the left thorax rotated posteriorly.
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Page 12
Chapter 11: Image Analysis of the Cranium
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44 Verified Questions
44 Flashcards
Source URL: https://quizplus.com/quiz/33713
Sample Questions
Q1) An AP cranial projection with poor positioning demonstrates the petrous ridges inferior to the supraorbital margins. How could the positioning setup be adjusted for an optimal projection to be obtained?
1)Rotate the patient's face toward the left side.
2)Angle the central ray caudally.
3)Position the OML perpendicular to the IR.
4)Tuck the patient's chin more.
A) 1 only
B) 2 and 3 only
C) 3 and 4 only
D) 2, 3, and 4 only
Q2) A optimally positioned AP axial cranium projection (Towne method) demonstrates all of the following except
A) the inferior occipital bone at the center of the exposure field.
B) symmetrical petrous ridges.
C) the dorsum sellae within the foramen magnum.
D) the posterior clinoids superior to the foramen magnum.
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Chapter 12: Image Analysis of the Digestive System
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17 Verified Questions
17 Flashcards
Source URL: https://quizplus.com/quiz/33714
Sample Questions
Q1) For an AP-PA large intestine projection (lateral decubitus position),
1)uniform density is obtained by positioning the thick end of the compensating filter toward the imaging table.
2)an arrow or word marker is placed on the IR to indicate the side positioned adjacent to the imaging table.
3)the shoulders, posterior ribs, and posterior pelvis are positioned at equal distance to the imaging table.
4)the central ray is centered to the midsagittal plane at the level of the iliac crest.
A) 1 and 4 only
B) 2 and 3 only
C) 4 only
D) 1, 2, 3, and 4
Q2) The air contrast is demonstrated in the ____ on a PA stomach and duodenum projection.
A) fundus
B) pylorus
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