Radiographer Prometric exam questions
Positioning, physics, radiation protection, CT/MRI and patient care.
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One failed attempt costs you the fee again, plus months of delay on your licence, your visa and your start date. This bank costs about a third of one exam fee.
Every regulator: format, pass marks and fees for all GCC licensing exams, each from the regulator's own documents.
The Radiographer exam at a glance
DHA (UAE) publishes a Radiographer exam of 150 MCQs in 3 hours with a 55% pass mark; DOH (UAE) publishes a Radiographer exam of 50-100 MCQs in 1-2 hours, scored pass or fail; SCFHS (Saudi Arabia) publishes a Radiographer exam of 200 MCQs in 240 minutes with a 530 on a 200-800 scale pass mark; QCHP (Qatar) publishes a Radiographer exam of 150 MCQs in 3 hours with a 50% pass mark. MOHAP, SHA, NHRA do not publish Radiographer-specific figures; their regulator-wide format and pass-mark rules are in the full table. OMSB, Kuwait MOH publish no exam for this title.
- DHA · UAE
- Radiographer (RAD5152)
- 150 MCQs in 3 hours · pass mark 55% · USD 240 (about AED 880) · checked September 2026
- DOH · UAE
- Radiography Technologist CBT
- 50-100 MCQs in 1-2 hours · pass mark Pass / fail only · AED 500 · checked October 2026
- SCFHS · Saudi Arabia
- Saudi Radiologic Technologist Licensure Examination (SRTLE)
- 200 MCQs in 240 minutes · pass mark 530 on a 200-800 scale · checked October 2026
- QCHP · Qatar
- Radiology Technologist
- 150 MCQs in 3 hours · pass mark 50% · checked September 2026
From each regulator's own exam documents; the DHA row is from the DHA CBT Guideline, Sep 2026. Every other regulator is in the full GCC table.
Try two questions from this bank
Original questions from the bank - pick an answer to see the rationale and reference.
As the linear energy transfer (LET) of a radiation increases, the relative biological effectiveness (RBE) generally:
Choose an answer to see the rationale.
Movement of the sole of the foot inward so that it faces the median plane is described as:
Choose an answer to see the rationale.
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- ✓3 to 6 full-length papers (~160 Q each)
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- ✓Four options, one unambiguous best answer
- ✓A full rationale on every question
- ✓A real guideline or textbook reference
- ✓Every sub-topic in the published blueprint
- ✓Researched by Neelim's exam research team
- ✓Prepared for your authority's exam, not a generic set
The Radiographer exam in every GCC country
| Regulator | Exam | Format | Pass mark | Fee per attempt |
|---|---|---|---|---|
Radiographer (RAD5152) | 150 MCQs in 3 hours | 55% | USD 240 (about AED 880) | |
Radiography Technologist CBT | 50-100 MCQs in 1-2 hours | Pass / fail only | AED 500 | |
Saudi Radiologic Technologist Licensure Examination (SRTLE) | 200 MCQs in 240 minutes | 530 on a 200-800 scale | Not published | |
Radiology Technologist | 150 MCQs in 3 hours | 50% | Not published | |
MOHAP licensing exam Regulator-wide format | Computer-based | Not published | Not published | |
SHA licensing exam Regulator-wide format | Set at assessment | Not published | Not published | |
NHRA licensing exam Regulator-wide format | Prometric CBT | Not published | Not published | |
No exam published for this title No OMSB exam published for this title; check with OMSB | Not published | Not published | Not published | |
No exam published for this title Kuwait MOH publishes no exam for this title; check with the MOH | Not published | Not published | Not published |
Highlighted rows publish figures for this exact Radiographer exam; the others show the regulator's general rules.
From each regulator's own exam pages; anything a regulator does not publish says so. Assessment mode also depends on your licence title, so confirm your route on your eligibility notice.
Try 15 free Radiographer questions with answersDifferent from the samples on this page - each with a full explanationStart →What the Radiographer exam covers
The published blueprint for this exam breaks into 10 domains and 161 testable sub-topics. Our bank covers every one of them - here is the full map, so you can see exactly what you are expected to know.
Radiographic Positioning & Imaging Procedures~25% (SCFHS Procedure Management = 30% incl. clinical principles)23 topics
- Upper extremity: finger, thumb, hand (PA/oblique/lateral), wrist incl. scaphoid (Stecher, ulnar deviation) and carpal tunnel
- Forearm, elbow (AP, internal/external oblique, lateral, radial head laterals, acute flexion/Jones), humerus (AP, transthoracic lateral)
- Shoulder girdle: AP internal/external/neutral rotation, Grashey/glenoid, scapular Y, Y-view, inferosuperior axial (Lawrence), clavicle (AP axial), AC joints (with/without weights), scapula
- Lower extremity: toes, foot (AP axial, oblique, lateral, weight-bearing), calcaneus (plantodorsal/lateral), ankle (AP, mortise, oblique, stress views)
- Tibia-fibula, knee (AP, oblique, lateral, weight-bearing), intercondylar fossa (tunnel/Holmblad/Camp-Coventry), patella (PA, lateral, tangential/sunrise/Settegast/Merchant)
- Femur (AP/lateral), hip (AP, frog-leg lateral/Cleaves, cross-table/Danelius-Miller), pelvis (AP, inlet/outlet, AP axial)
- +17 more in the bank
Anatomy, Physiology & Pathology (Clinical Principles)est. ~10% (part of SCFHS Procedure Management 30%)15 topics
- Gross, sectional and relational anatomy of the skeletal system, thorax, abdomen, pelvis, skull and vertebral column
- Cross-sectional anatomy for CT/MRI interpretation (axial, coronal, sagittal planes)
- Anatomical terminology, body planes, positions, and directional terms
- Physiology of major systems (respiratory, cardiovascular, GI, GU, musculoskeletal, nervous, endocrine)
- Differentiating normal anatomical structures and recognizing normal variants on images
- Skeletal fractures and classification: Colles, Smith, Monteggia, Galeazzi, Salter-Harris, greenstick, comminuted, compression, spiral, Boxer's, Bennett's, avulsion, Pott's, bimalleolar/trimalleolar, boxer's, hangman's, march
- +9 more in the bank
Radiation Physics & X-ray Productionest. ~13% (part of SCFHS Operation of Equipment 25%)15 topics
- Atomic structure, electromagnetic spectrum, and properties of x-rays
- X-ray tube construction: cathode/filament, anode (rotating/stationary), focal spot, line-focus principle, target angle, anode heel effect
- X-ray production: Bremsstrahlung and characteristic radiation; the x-ray emission spectrum
- Generators and rectification (single/three-phase, high-frequency), kVp, mA, exposure time, mAs, and their control of beam quantity/quality
- X-ray interactions with matter: photoelectric effect, Compton scatter, coherent scatter, pair production; relationship to contrast and dose
- Beam filtration (inherent/added/total), half-value layer, beam quality/hardening
- +9 more in the bank
Image Production, Processing & Quality (Operation of Equipment)~12% (part of SCFHS Operation of Equipment 25%)18 topics
- Image receptors: computed radiography (CR/photostimulable phosphor) and digital radiography (DR/flat-panel, direct vs. indirect)
- Exposure indicators (EI, S-number, EXI, deviation index) and detecting under/overexposure
- Photographic (image) quality factors: density/brightness and contrast; controlling and influencing factors
- Geometric factors: SID, OID, SOD; magnification, spatial resolution, and distortion (size/shape, foreshortening/elongation)
- Recorded detail/sharpness, unsharpness (geometric, motion, absorption), and focal-spot blur/penumbra
- Grids: grid ratio, frequency, types (linear/crossed/focused), grid cutoff, Bucky factor, air-gap technique, grid errors
- +12 more in the bank
Radiation Protection & Safety~15% (part of SCFHS Health & Safety 20%)16 topics
- ALARA principle and the cardinal rules of protection: time, distance, shielding
- Dose-limitation system: justification, optimization, dose limits (occupational vs. public), effective dose limits
- Occupational dose limits and the pregnant radiographer (declared pregnancy, fetal dose limits)
- Personnel monitoring devices: film badge, TLD, OSL, pocket dosimeter; placement and reading
- Patient dose-reduction techniques: collimation, gonadal/organ shielding, appropriate technique (high-kVp/low-mAs), minimizing repeats
- Protective apparel and devices: lead aprons, thyroid shields, gloves, glasses; minimum lead equivalence and testing
- +10 more in the bank
Patient Care & Management~15% (SCFHS Patient Management)16 topics
- Patient identification (two identifiers), verifying the correct patient/procedure/site
- Effective communication, informed consent, and ongoing consent during procedures
- Respecting dignity, culture, religion, privacy, autonomy and confidentiality
- Vital signs: normal ranges for temperature, pulse, respiration, blood pressure, SpO2, and their assessment
- Patient transfer, transport, and safe moving/lifting with proper body mechanics
- Immobilization devices and their appropriate use
- +10 more in the bank
Contrast Media, Pharmacology & Drug Administrationest. ~7% (spans SCFHS Patient Management + Procedure Management)14 topics
- Types of contrast media: barium sulfate (positive), water-soluble iodinated (ionic vs. non-ionic, high vs. low osmolar), gadolinium, negative/air contrast
- Indications and contraindications for each contrast agent (e.g., barium contraindicated with suspected perforation)
- Routes of administration: oral, rectal, intravenous, intra-arterial, intrathecal, intra-articular
- Contrast reactions: mild, moderate, severe; recognition and management of anaphylactoid reactions
- Emergency management of contrast reaction and crash-cart drugs (epinephrine, antihistamine, corticosteroid, oxygen)
- Renal considerations: eGFR/creatinine screening, contrast-induced nephropathy, metformin and iodinated contrast
- +8 more in the bank
Specialized Imaging Modalities (CT, MRI, US, Mammography, Nuclear Medicine, Fluoroscopy/Angiography)est. ~10% (embedded in SCFHS Operation of Equipment & Procedure Management)15 topics
- CT fundamentals: generations/geometry, helical/multi-slice acquisition, pitch, collimation, reconstruction (FBP/iterative), kernels/filters
- CT image parameters: Hounsfield units, window width/level, slice thickness, FOV, multiplanar reformatting, 3D rendering
- CT dose metrics and reduction: CTDIvol, DLP, tube-current modulation, low-dose protocols
- Common CT protocols: head, chest, abdomen/pelvis, CTA, contrast timing/bolus tracking
- MRI physics: magnetism, T1/T2 relaxation, TR/TE, pulse sequences (SE, GRE, IR/FLAIR/STIR), image weighting and contrast
- MRI hardware: magnet types/field strength, gradients, RF coils, encoding and image formation, k-space basics
- +9 more in the bank
Infection Control & General/Occupational Safetyest. ~5% (part of SCFHS Health & Safety 20%)13 topics
- Standard (routine) precautions and hand hygiene
- Transmission-based precautions: contact, droplet, airborne isolation
- Chain of infection and breaking transmission
- Aseptic and sterile technique; establishing and maintaining a sterile field
- Personal protective equipment: selection, donning/doffing sequence
- Handling and disposal of sharps, contaminated and biohazardous materials
- +7 more in the bank
Professional Practice, Ethics & Quality Assurance~10% (SCFHS Professional Practice)16 topics
- Professional and ethical behavior, appearance, and unbiased care
- Scope of practice: practicing within personal knowledge/skills and legal boundaries
- Ethical principles: autonomy, beneficence, non-maleficence, justice, veracity, fidelity
- Patient rights, confidentiality, and data protection (privacy of health information)
- Informed consent (elements, capacity, and the radiographer's role)
- Medico-legal concepts: negligence, malpractice, duty of care, standard of care, liability, documentation as evidence
- +10 more in the bank
12 worked Radiographer practice questions
Original exam-style questions from the bank, spread across the blueprint domains. They are not real or recalled exam questions. Try each one, then open the answer for the rationale and reference. None of them appear in the free mock exam, so reading them will not spoil it.
Question 1 · Radiographic Positioning & Imaging Procedures
For a proximal femur DEXA scan, the leg is placed in approximately 15-25° of internal rotation using a positioning device. What is the purpose of this maneuver?
- ATo superimpose the greater and lesser trochanters
- BTo foreshorten the femoral neck and shorten scan time
- CTo position the femoral neck parallel to the table and present it at its true length for measurement
- DTo displace the femoral head out of the acetabulum
Show answer and explanation
Correct answer: C. To position the femoral neck parallel to the table and present it at its true length for measurement
Internal rotation of about 15-25° brings the anteverted femoral neck parallel to the tabletop so it is projected at its true, elongated length, allowing the femoral-neck region of interest to be placed accurately and reproducibly. Correct rotation is confirmed when the lesser trochanter is small or barely visible; external rotation or neutral positioning foreshortens the neck and produces erroneous BMD values.
Reference: International Society for Clinical Densitometry (ISCD) Official Positions (2019)
Question 2 · Patient Care & Management
A patient scheduled for a contrast-enhanced CT has a documented history of a previous severe (anaphylactoid) reaction to iodinated contrast. Which is the most appropriate management consideration?
- AGive the same contrast at a higher dose to overcome the reaction
- BSwitch to intrathecal administration of the same agent
- CProceed without any precautions because reactions never recur
- DConsider an alternative test or, if contrast is essential, use premedication and full resuscitation readiness after risk assessment
Show answer and explanation
Correct answer: D. Consider an alternative test or, if contrast is essential, use premedication and full resuscitation readiness after risk assessment
A prior severe contrast reaction is a strong risk factor for recurrence, so the safest approach is to consider whether an alternative examination will answer the question, or, if iodinated contrast is truly necessary, to risk-assess, use premedication protocols and ensure full emergency preparedness. Repeating the same agent at a higher dose or with no precautions is dangerous, and intrathecal administration is unrelated and hazardous. Careful screening and mitigation are essential.
Reference: ACR Manual on Contrast Media (2023); ESUR Guidelines on Contrast Agents
Question 3 · Image Production, Processing & Quality (Operation of Equipment)
A department performs 4000 exposures in a month and rejects 240 of them. The reject rate is 6%. If a benchmark target for general radiography is typically in the range of about 4-8%, the most appropriate interpretation is:
- AThe rate is far too low and indicates images are not being scrutinized
- BThe rate is dangerously high and the department should stop imaging
- CThe rate is acceptable but the categorized causes should still be reviewed for improvement opportunities
- DReject rate has no relationship to patient dose
Show answer and explanation
Correct answer: C. The rate is acceptable but the categorized causes should still be reviewed for improvement opportunities
A 6% reject rate falls within commonly cited acceptable benchmarks (roughly 4-8%), so it does not indicate a crisis, but ongoing review of the categorized causes is still warranted to drive continuous improvement and further dose reduction. An unusually low rate can indicate under-scrutiny, but 6% is not low; and reject rates directly relate to dose because each repeat adds exposure.
Reference: Papp, Quality Management in the Imaging Sciences, 6th ed. (2019)
Question 4 · Specialized Imaging Modalities (CT, MRI, US, Mammography, Nuclear Medicine, Fluoroscopy/Angiography)
When performing serial DEXA scans to monitor therapy, the least significant change (LSC) is used to determine whether an observed change in BMD is real. The LSC is derived primarily from:
- AThe scanner's spatial resolution
- BIn vivo precision (reproducibility) assessment of the facility/technologist
- CThe patient's T-score
- DThe manufacturer's reference database
Show answer and explanation
Correct answer: B. In vivo precision (reproducibility) assessment of the facility/technologist
The least significant change is calculated from precision error established by repeated in vivo measurements at a given facility, ensuring that a change between scans exceeds normal measurement variability before being called significant. It is not derived from resolution, the T-score, or the reference database. ISCD requires each site to determine its own precision and LSC.
Reference: ISCD Official Positions (2019)
Question 5 · Contrast Media, Pharmacology & Drug Administration
Which statement best characterises anaphylactoid (allergic-like) contrast reactions compared with physiologic (chemotoxic) reactions?
- AAnaphylactoid reactions are strictly dose-dependent and predictable from the injected volume
- BAnaphylactoid reactions are generally not dose-dependent and can occur after a small test dose
- CPhysiologic reactions always progress to anaphylaxis
- DBoth types are prevented completely by premedication
Show answer and explanation
Correct answer: B. Anaphylactoid reactions are generally not dose-dependent and can occur after a small test dose
Anaphylactoid reactions resemble allergy but are not IgE-driven and are generally not dose-dependent, so a small volume can still trigger a severe response. Physiologic (chemotoxic) reactions such as warmth or nausea tend to relate to dose, osmolality, and volume and do not necessarily progress to anaphylaxis. Premedication reduces but does not eliminate reaction risk.
Reference: ACR Manual on Contrast Media (2023)
Question 6 · Radiographic Positioning & Imaging Procedures
A horizontal-beam (cross-table) lateral projection of the knee is performed on a trauma patient. Demonstration of a fat-fluid level (lipohemarthrosis / FBI sign) in the suprapatellar region most reliably indicates which of the following?
- AA normal finding produced by knee flexion
- BChronic osteoarthritis of the knee
- CA purely inflammatory joint effusion
- DAn intra-articular fracture releasing marrow fat into the joint
Show answer and explanation
Correct answer: D. An intra-articular fracture releasing marrow fat into the joint
A horizontal beam is required to demonstrate the fat-blood interface (FBI sign): marrow fat released by an intra-articular fracture floats on the denser blood, forming a visible fat-fluid level in the suprapatellar bursa. The buoyancy separation only appears on a horizontal-beam image and specifically signals cortical disruption, not a simple inflammatory effusion, a normal flexed knee, or degenerative change.
Reference: Bontrager's Textbook of Radiographic Positioning and Related Anatomy, Lampignano & Kendrick, 10th ed. (2021)
Question 7 · Patient Care & Management
A radiographer must explain an intravenous urogram to a patient who speaks little of the local language. Which approach best supports valid informed consent?
- AAsk a passing porter to translate quickly to save time
- BAsk the patient's young child to translate the risks
- CHave the patient sign the form and explain nothing to avoid confusion
- DUse a professional or hospital-approved interpreter service to convey the information
Show answer and explanation
Correct answer: D. Use a professional or hospital-approved interpreter service to convey the information
Valid consent requires the patient to genuinely understand the information, so a professional or approved interpreter should be used to overcome the language barrier. Ad-hoc translators such as porters or children may be inaccurate, breach confidentiality and cannot ensure medical terms are conveyed correctly. Obtaining a signature without explanation does not create informed consent.
Reference: GMC Consent Guidance (2020); Society and College of Radiographers (SCoR) Consent to Imaging (2018)
Question 8 · Image Production, Processing & Quality (Operation of Equipment)
The line-focus principle allows a tube to have a small effective focal spot for sharpness while dissipating heat over a larger area. However, the effective focal spot size varies along the beam. Along the cathode-to-anode axis, the effective focal spot is:
- ALarger at the anode end of the field
- BUniform across the entire field
- CLarger at the cathode end of the field
- DSmallest at the central ray only
Show answer and explanation
Correct answer: C. Larger at the cathode end of the field
Because of the projected geometry of the angled anode target, the effective focal spot appears larger toward the cathode side of the field and smaller toward the anode side. This means recorded detail is slightly better on the anode side. This is distinct from the anode heel effect, which concerns beam intensity rather than focal spot size.
Reference: Bushong, Radiologic Science for Technologists, 12th ed. (2021)
Question 9 · Specialized Imaging Modalities (CT, MRI, US, Mammography, Nuclear Medicine, Fluoroscopy/Angiography)
For a pediatric chest CT, which single parameter change would most effectively reduce dose while sometimes even improving vascular/iodine contrast?
- ALowering kVp from 120 to 80-100
- BWidening the reconstruction kernel
- CIncreasing the rotation time
- DIncreasing kVp from 100 to 140
Show answer and explanation
Correct answer: A. Lowering kVp from 120 to 80-100
Lowering kVp toward the k-edge of iodine (33 keV) increases iodine attenuation and contrast while substantially reducing dose, which is particularly beneficial in small pediatric patients. Increasing kVp raises dose, kernel choice does not change dose, and longer rotation time increases both dose and motion risk.
Reference: Image Gently Alliance; Goo, Korean Journal of Radiology (2012)
Question 10 · Contrast Media, Pharmacology & Drug Administration
In a common elective oral corticosteroid premedication regimen, prednisone is given at approximately which time points before contrast injection?
- AOnly 5 minutes before
- B13, 7, and 1 hours before, with an antihistamine 1 hour before
- C24 and 48 hours after the scan
- DContinuously for one week prior
Show answer and explanation
Correct answer: B. 13, 7, and 1 hours before, with an antihistamine 1 hour before
A widely cited elective regimen gives prednisone about 13, 7, and 1 hours before contrast, with an antihistamine (e.g., diphenhydramine) about 1 hour before. A single dose minutes before does not allow the corticosteroid to take effect, and dosing after the scan or for a week beforehand is not the standard prophylaxis.
Reference: ACR Manual on Contrast Media (2023)
Question 11 · Radiographic Positioning & Imaging Procedures
Sialography of the parotid gland is requested. Which of the following is a contraindication to performing the examination at this time?
- AA palpable calculus within the salivary duct
- BAcute salivary gland infection (acute sialadenitis)
- CChronic dry mouth (xerostomia)
- DA history of a prior salivary duct stricture
Show answer and explanation
Correct answer: B. Acute salivary gland infection (acute sialadenitis)
Sialography is contraindicated during acute salivary gland infection because cannulation and contrast injection can force organisms retrograde, worsen the inflammation, and cause severe pain. A ductal calculus, chronic xerostomia, and prior stricture are in fact common indications for the study, used to localize obstruction or map ductal anatomy once any acute infection has resolved.
Reference: Merrill's Atlas of Radiographic Positioning and Procedures, 14th ed. (2023)
Question 12 · Radiation Protection & Safety
A referring physician requests a lumbar spine radiograph 'just to reassure' a patient who has no clinical signs and a normal recent examination. Under the ICRP system, the radiographer's primary protection concern with this request relates to which principle?
- AOptimisation, because the technique factors could be lowered
- BJustification, because the examination must produce sufficient benefit to outweigh the radiation detriment
- CDose limitation, because patient dose limits would be exceeded
- DApplication of diagnostic reference levels to the individual patient
Show answer and explanation
Correct answer: B. Justification, because the examination must produce sufficient benefit to outweigh the radiation detriment
An examination without a valid clinical indication fails the principle of justification, which requires that the benefit to the patient outweigh the radiation detriment before any exposure. Optimisation and DRLs address how a justified exam is done, not whether it should occur, and dose limits do not apply to patient medical exposures at all.
Reference: ICRP Publication 103 (2007); ICRP Publication 105 (2007)
Radiographer reference books and guidelines
Every question in this bank names the textbook or guideline its answer rests on. These are the sources our Radiographer questions cite most often - the reading list to revise from alongside the bank.
Textbooks
10- 1
ACR Manual on Contrast Media
2023 - 2
Bushong, Radiologic Science for Technologists
12th edition2021 - 3
Bontrager's Textbook of Radiographic Positioning and Related Anatomy, Lampignano & Kendrick
10th edition2021 - 4
Merrill's Atlas of Radiographic Positioning and Procedures
14th edition2019 - 5
Carlton & Adler, Principles of Radiographic Imaging
6th edition2020 - 6
ACR Manual on MR Safety
2020 - 7
ACR BI-RADS Atlas
5th edition2013 - 8
Greenspan's Orthopedic Imaging: A Practical Approach
6th edition2015 - 9
Papp, Quality Management in the Imaging Sciences
6th edition2019 - 10
Fundamentals of Diagnostic Radiology (Brant & Helms)
5th edition2018
Guidelines and standards
10- 1
ESUR Guidelines on Contrast Agents, v10
2018 - 2
CDC Safe Injection Practices / Standard Precautions
2011 - 3
WHO Safe Management of Wastes from Health-care Activities
2014 - 4
Society and College of Radiographers Code of Professional Conduct
2013 - 5
CDC/HICPAC Guidelines for Environmental Infection Control in Health-Care Facilities
2003 - 6
OSHA Bloodborne Pathogens Standard (29 CFR 1910.1030)
- 7
CDC Guideline for Prevention of Catheter-Associated Urinary Tract Infections
2009 - 8
British Thoracic Society Guideline for Oxygen Use in Adults
2017 - 9
GMC Consent Guidance
2020 - 10
ICRP Statement on Tissue Reactions
2011
Where your regulator publishes a reading list, use the editions it names. Exam questions are not taken from any one book.
Last reviewed September 2026
About these questions: every question is original, researched by Neelim's exam research team, written to the published blueprint, with a rationale and a reference. No recalled or leaked exam content is used. How we write our questions.
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