LMRT CORE ASSESSMENT EXAM 2026 QUESTIONS AND ANSWERS | A+ GRADED | WITH
EXPERT SOLUTIONS
As the distance increases, the beam quantity reaches a specific area - (ANSWER)Decreases
Photoelectric interactions - (ANSWER)Contribute to patient dose
X-rays are produced - (ANSWER)Characteristics and brestrahulung and interactions
Coherence scattering involves - (ANSWER)An x-ray photon with low energy
A filament electron removes a k shell electron and an M shell electron fills the vacancy. The K shell
binding energy is 69.5 KEV and the M shell binding energy is 2.8 KEV what is the energy of the K
characteristic photon produced - (ANSWER)66.7 KEV
When filament electrons enter the atom target they interact with - (ANSWER)Outer show electrons of
tungsten atoms
The majority of x-ray photos produced are - (ANSWER)Brendan photons
When a filament electron knocks out of shell electron from the tungsten atom, it leads to - (ANSWER)A
characteristic x-ray photon
Classical interactions are also known as - (ANSWER)Thompson and coherent scattering
Which of the following is the primary factor of controlling quantity? - (ANSWER)mAs
The primary source of radiation exposure of the radiographer who is in the room during an exposure is -
(ANSWER)From scatter from the patient
Radiation interaction with air is more likely to be ________, resulting in the area of image being darker -
(ANSWER)Transmitted
EXPERT SOLUTIONS
As the distance increases, the beam quantity reaches a specific area - (ANSWER)Decreases
Photoelectric interactions - (ANSWER)Contribute to patient dose
X-rays are produced - (ANSWER)Characteristics and brestrahulung and interactions
Coherence scattering involves - (ANSWER)An x-ray photon with low energy
A filament electron removes a k shell electron and an M shell electron fills the vacancy. The K shell
binding energy is 69.5 KEV and the M shell binding energy is 2.8 KEV what is the energy of the K
characteristic photon produced - (ANSWER)66.7 KEV
When filament electrons enter the atom target they interact with - (ANSWER)Outer show electrons of
tungsten atoms
The majority of x-ray photos produced are - (ANSWER)Brendan photons
When a filament electron knocks out of shell electron from the tungsten atom, it leads to - (ANSWER)A
characteristic x-ray photon
Classical interactions are also known as - (ANSWER)Thompson and coherent scattering
Which of the following is the primary factor of controlling quantity? - (ANSWER)mAs
The primary source of radiation exposure of the radiographer who is in the room during an exposure is -
(ANSWER)From scatter from the patient
Radiation interaction with air is more likely to be ________, resulting in the area of image being darker -
(ANSWER)Transmitted
