Professional practice Exam 2026 \NEWEST VERSION
WITH COMPLETE QUESTIONS AND CORRECT
DETAILED ANSWERS \VERIFIED 100% ALREADY
GRADED A+ \LATEST UPDATE
The RHPA is the primary legislation governing 26 health
RHPA professions in Ontario. It defines 14 controlled acts that
are deemed too dangerous for the general public and
can only be performed by authorized regulated
health professionals.
The Medical Radiation and Imaging Technology Act
MRIT act and controlled acts defines the scope of practice for MRIs and authorizes
them to perform five of the 14 controlled acts
outlined in the
RHPA, ensuring they can safely and effectively carry out their
duties.
Administering a substance by injection or inhalation (e.g.,
contrast media, oxygen). Tracheal suctioning of a
tracheostomy.
authorized controlled acts for Administering contrast media or putting an
MRITs instrument beyond certain body openings.
Performing a procedure on tissue below the dermis
(e.g., establishing a saline lock). Applying a prescribed
form of energy (e.g., sound waves for ultrasound,
electromagnetism for MRI).
, professional titles are CMRITO
protected by
is SAR worse when us receive only
transmit/receive or receive
only coil
aliasing is in what direction phase encoding
gradient coils spatial localiz'n in the slice, freq, and phase directions
motion artifacts occur in what phase encoding
direction
which body coil is closest to integrated body coil
pt
what is between gradient coil shim coils
and magnet
which coil si the main RF integrated RF coil
transmitter for all receive
only RF coils
what kind of coil is the transmit/receive
integrated coil
when you are increase
transmitting with the
integrated coil do you
increase or decrease
chance of SAR
if you are imaging the yes because you are using the integrated coil as the
brain at isocenter with a transmit coil but if you imaged the brain with a
receive only coil, will the transmit/receive coil, the chest area would not get
chest area get SAR heated
rise time how long it takes for gradient to reach their max
strength/amplitude
slew rate is the combination of gradient amplitude (mT/m) and rise time (s)
indicates the rate of change of gradient amplitudes and
what is slew rate
are the max possible change per unit of time
the rate of change of slew rate peripheral nerve stimulation
cuases
TE and TR achievable for a particular pulse sequence
slew rate determines the
and associated parameters. a high slew rate is
desirable
how fast gradients can be switched on and off
What is duty cycle?
continuously and how much rest they need in