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Exam (elaborations)

LXMO CORE Exam Questions With Correct Answers

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LXMO CORE Exam Questions With Correct Answers Focusing Cup - answerDirects electrons toward target Thermionic Emission - answerFilament electrons are boiled off producing an electron cloud Bremsstrahlung - answerAKA Breaking Radiation. Occurs when a high speed electron from the cathode is defl...

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  • August 17, 2024
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  • 2024/2025
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BRIGHTSTARS EXAM STUDY SOLUTIONS 8/15/2024 2:05 PM



LXMO CORE Exam Questions With Correct
Answers

Focusing Cup - answer✔✔Directs electrons toward target

Thermionic Emission - answer✔✔Filament electrons are boiled off producing an electron cloud

Bremsstrahlung - answer✔✔AKA Breaking Radiation. Occurs when a high speed electron from
the cathode is deflected by the nucleus of a target atom

Characteristic Radiation - answer✔✔Occurs when cathode electrons dislodge inner orbit
electrons from the target atoms.

Anode Heel Affect - answer✔✔Reduction of beam intensity due to interaction with heel of target

Quality - answer✔✔Refers to penetrating power of the beam

Quantity - answer✔✔Refers to the number of xray photons in the useful beam

Primary Beam - answer✔✔Beam exiting the tube before it gets to the patient

Remnant Radiation - answer✔✔Photons that are exiting patient before getting to the IR

Inverse Square Law - answer✔✔Intensity is inversely proportional to the square of the distance

Attenuation - answer✔✔Absorption of the beam by the patient

Compton Effect - answer✔✔Incident xray interacts with outer shell electron and ionizes the
atom

Compton Effect - answer✔✔What is the single most contribution to occupational exposure?

Photoelectric Absorption - answer✔✔Incident xray is totally absorbed during the exposure, K
shell electron is ejected.

Coherent Scatter - answer✔✔Incident xray interacts with target atom, atom becomes excited and
releases energy in the same wavelength as original but in a different direction

Deterministic - answer✔✔A high dose of radiation renders an early response

Stochastic - answer✔✔A low dose of radiation renders a late response

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