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Dentistry
Lectures
Radiation Physics
Supportive Therapy
Periodontal Diseases_Role of Systemic Factors
Periodontal Diseases_Role of Local Risk Factors
Periodontal Tissue Damage and Disease Progression
Plaque Control and Patient Advice
Periodontal History and Examination
Radiation Physics 2
Radiation Physics 3
Classification and Epidemiology of Periodontal Diseases
Corrective Therapy
Immune System Part 4
Introduction to Radiology and Radiography
Introduction to the immune response_innate and adaptive arms
Acute Periodontal Disorders
Aetiology of Periodontal Diseases
Radiological Diagnosis
Biochemistry of the Periodontal Ligament
Host Defences Against Microbial Plaque
Image Receptors and Quality
Immune System Part 2
Immune System Part 5
Immune System Part 6
Initial Therapy
Intraoral Radiographs
Introduction to Immune System Part 3
Mechanisms of Bone Loss
Microbiology of Periodontal Diseases 2
Microbiology of Periodontal Diseases
Monitoring and Periodontal Indices
ODDR
Close the loop on oral disease. Assess, diagnose and rehabilitate using evidence-led protocols that balance biological health with mechanical performance.
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Category
Dentistry
Level
University
Duration
3 Months
1
/21
A 35-year-old dental assistant asks about the physics behind X-ray production. When describing characteristic radiation, which statement is most accurate?
Select the correct answer
A.
It results from electrons being slowed down by the nucleus of target atoms
1
B.
It occurs when an outer shell electron fills a vacancy in an inner shell, emitting a photon with energy equal to the difference in binding energies
2
C.
It produces a continuous spectrum of X-ray energies depending on the tube voltage
3
D.
It is generated when electrons are completely stopped upon hitting the target anode
4
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