ARMRIT MRI Technologist Examination Overview latest
version test with verified answers and complete
solutions 2026.
MR Physics - Exam section covering Basic, Intermediate, and Advanced
physics, Tissue Characteristics, and Electromagnetism.
Clinical Applications - Exam section on Pulse sequences, Image
Parameters, Spatial Localization, Enhancement Agents, MR magnets,
Coils, and peripheral equipment.
Bioeffects - Part of the exam covering Safety and Patient Care with
multiple choice and TRUE/FALSE questions.
Cross-sectional Anatomy - Exam section matching fifty anatomical
structures on MRI images.
Passing Score - Minimum score required to pass each section: 70%.
Multiple Choice Questions - Each question has only one correct answer.
Static Magnetic Field (Bo) - Main magnetic field symbol in MRI
textbooks.
Radiofrequency (RF) (B1) - Symbol for the radiofrequency field in MRI.
Net Magnetization Vector - Components Mz (longitudinal) and Mxy
(transverse) in MRI.
,Gradient Directions - Orthogonal axes for gradient magnetic fields: Gx,
Gy, Gz.
Pulse Sequences - Techniques like Spin-echo, Gradient-echo, Inversion
recovery used in MRI.
Tissue Characteristics - Properties like Hydrogen concentration, T1
effects, T2 effects, and flow effects.
Content Categories - Sections in the exam: Patient Care, Safety, Image
Production, Procedures.
Patient Care Categories - Include Patient Interactions, Safety, Image
Production, Procedures.
Safety Categories - Cover MRI Screening, Equipment, Screening and
Education, Environment, Electromagnetic Fields.
Image Production Categories - Encompass Physical Principles,
Artifacts, Instrumentation, Quality Control, Fundamentals.
Artifacts - Imaging distortions like aliasing, chemical shift, motion
artifacts in MRI.
Instrumentation - MRI equipment components like electromagnetism,
static magnet, RF system.
Quality Control - Ensuring parameters like slice thickness, spatial
resolution, signal to noise for image quality.
, Fundamentals - Basic concepts in MRI like nuclear magnetism, tissue
characteristics, spatial localization.
Imaging Options - Choices like 2D/3D and sequential slice order in MRI.
Spatial saturation pulse/band - Technique used to suppress signal from
specific regions in MRI
Gradient moment nulling - Method to eliminate unwanted signal in MRI
by balancing gradient moments
Suppression techniques - Methods like Dixson method used to
eliminate unwanted signals in MRI, such as fat and water signals
Physiologic gating and triggering - Method to synchronize MRI scanning
with physiological processes like heartbeats
In-phase/out-of-phase - MRI technique to differentiate fat and water
signals
Rectangular fov - Field of view in MRI with rectangular shape
Anti-aliasing - Technique to prevent aliasing in MRI images
Parallel imaging - MRI technique using multiple receiver coils to
accelerate imaging
version test with verified answers and complete
solutions 2026.
MR Physics - Exam section covering Basic, Intermediate, and Advanced
physics, Tissue Characteristics, and Electromagnetism.
Clinical Applications - Exam section on Pulse sequences, Image
Parameters, Spatial Localization, Enhancement Agents, MR magnets,
Coils, and peripheral equipment.
Bioeffects - Part of the exam covering Safety and Patient Care with
multiple choice and TRUE/FALSE questions.
Cross-sectional Anatomy - Exam section matching fifty anatomical
structures on MRI images.
Passing Score - Minimum score required to pass each section: 70%.
Multiple Choice Questions - Each question has only one correct answer.
Static Magnetic Field (Bo) - Main magnetic field symbol in MRI
textbooks.
Radiofrequency (RF) (B1) - Symbol for the radiofrequency field in MRI.
Net Magnetization Vector - Components Mz (longitudinal) and Mxy
(transverse) in MRI.
,Gradient Directions - Orthogonal axes for gradient magnetic fields: Gx,
Gy, Gz.
Pulse Sequences - Techniques like Spin-echo, Gradient-echo, Inversion
recovery used in MRI.
Tissue Characteristics - Properties like Hydrogen concentration, T1
effects, T2 effects, and flow effects.
Content Categories - Sections in the exam: Patient Care, Safety, Image
Production, Procedures.
Patient Care Categories - Include Patient Interactions, Safety, Image
Production, Procedures.
Safety Categories - Cover MRI Screening, Equipment, Screening and
Education, Environment, Electromagnetic Fields.
Image Production Categories - Encompass Physical Principles,
Artifacts, Instrumentation, Quality Control, Fundamentals.
Artifacts - Imaging distortions like aliasing, chemical shift, motion
artifacts in MRI.
Instrumentation - MRI equipment components like electromagnetism,
static magnet, RF system.
Quality Control - Ensuring parameters like slice thickness, spatial
resolution, signal to noise for image quality.
, Fundamentals - Basic concepts in MRI like nuclear magnetism, tissue
characteristics, spatial localization.
Imaging Options - Choices like 2D/3D and sequential slice order in MRI.
Spatial saturation pulse/band - Technique used to suppress signal from
specific regions in MRI
Gradient moment nulling - Method to eliminate unwanted signal in MRI
by balancing gradient moments
Suppression techniques - Methods like Dixson method used to
eliminate unwanted signals in MRI, such as fat and water signals
Physiologic gating and triggering - Method to synchronize MRI scanning
with physiological processes like heartbeats
In-phase/out-of-phase - MRI technique to differentiate fat and water
signals
Rectangular fov - Field of view in MRI with rectangular shape
Anti-aliasing - Technique to prevent aliasing in MRI images
Parallel imaging - MRI technique using multiple receiver coils to
accelerate imaging
