TEST BANK Essentials of dental radiography
10th edition by Evelyn Thomson,
Chapters 1 – 30, Complete
,Table of contents
1. Dental Radiography: Historical Perspective and Future Trends
2. Characteristics and Measurement of Radiation
3. The Dental X-ray Machine: Components and Function
4. Factors Affecting Radiographic Quality
5. Effects of Radiation Exposure
6. Radiation Protection
7. Dental X-ray Film and Processing Methods
8. Digital Radiography and Image Acquisition
9. Infection Control
10. Legal and Ethical Responsibilities
11. Patient Relations and Education
12. Introduction to Radiographic Examinations
13. The Periapical Examination—Paralleling (Technique
14. The Periapical Examination—Bisecting Technique
15. The Bitewing Examination
16. The Occlusal Examination
17. The Panoramic Examination
18. Identifying and Correcting Undiagnostic Radiographs
19. Quality Control and Environmental Safety in Dental Radiography
20. Image Orientation and Introduction to Interpretation
21. Recognizing Normal Radiographic Anatomy— Intraoral Radiographs
22. Recognizing Normal Radiographic Anatomy— Panoramic Radiographs
23. Radiographic Appearance of Dental Materials and Foreign Objects
24. The Use of Radiographs in the Detection of Dental Caries
25. The Use of Radiographs in the Evaluation of Periodontal Diseases
26. Describing Radiographic Anomalies, Lesions, and Opportunistic Screening
27. Pediatric Radiographic Techniques
28. Radiographic Techniques for Patients with Special Needs
29. Radiographic Techniques for Specific Oral Conditions
30. Glossary
,Chapter 1. Dental Radiography: Historical Perspective and Future Trends
1. Who was awarded the first Nobel Prize for physics in 1901, for his experimental work with
radiation?
2. W. J. Morton
3. O. Walkhof
4. W. D. Coolidge
5. W. C. Roentgen
6. Who is credited with introducing the bitewing radiograph?
7. F. W. McCormack
8. H. R. Raper
9. G. M. Fitzgerald
10. C. E. Kells
11. Who developed the hot cathode ray tube?
12. W. D. Coolidge
13. W. A. Price
14. H. R. Raper
15. W. H. Rollins
16. The development of radiation protection as a science is credited to:
17. A. Cieszyński.
18. W. D. Coolidge.
19. W. H. Rollins.
20. F. Mouyen.
21. What New Orleans dentist first made practical use of x-rays in the treatment of dental patients?
22. H. R. Raper
23. G. M. Fitzgerald
, 24. F. Mouyen
25. C. E. Kells
26. Early researchers working in the field of radiography were not aware that continued exposure to
x-rays produced accumulations of radiation efects in the body because x-rays are invisible.
27. Both the statement and reason are correct and related.
28. Both the statement and reason are correct but NOT related.
29. The statement is correct, but the reason is NOT.
30. The statement is NOT correct, but the reason is correct.
31. NEITHER the statement NOR the reason is correct.
32. 7. The most significant advancement in the early days of radiography came in 1913 when W. D.
Coolidge:
33. became the first to alert the profession of the dangers of radiation exposure and advocated for
the science of radiation protection.
34. exposed a prototype of a dental radiograph, setting the stage for preventive oral health care.
35. developed a variable, high kilovoltage x-ray machine compatible with the paralleling technique.
36. introduced an x-ray tube that allowed for an x-ray output that could be predetermined and
accurately controlled.
37. The first dental radiograph was produced using an exposure time of:
38. 0.5 second.
39. 1 minute.
40. 5 minutes.
41. 25 minutes.
42. 1 hour.
43. What component of the dental x-ray machine best limits the size of the x-ray beam to the
approximate size of the image receptor?
44. A pointed cone
10th edition by Evelyn Thomson,
Chapters 1 – 30, Complete
,Table of contents
1. Dental Radiography: Historical Perspective and Future Trends
2. Characteristics and Measurement of Radiation
3. The Dental X-ray Machine: Components and Function
4. Factors Affecting Radiographic Quality
5. Effects of Radiation Exposure
6. Radiation Protection
7. Dental X-ray Film and Processing Methods
8. Digital Radiography and Image Acquisition
9. Infection Control
10. Legal and Ethical Responsibilities
11. Patient Relations and Education
12. Introduction to Radiographic Examinations
13. The Periapical Examination—Paralleling (Technique
14. The Periapical Examination—Bisecting Technique
15. The Bitewing Examination
16. The Occlusal Examination
17. The Panoramic Examination
18. Identifying and Correcting Undiagnostic Radiographs
19. Quality Control and Environmental Safety in Dental Radiography
20. Image Orientation and Introduction to Interpretation
21. Recognizing Normal Radiographic Anatomy— Intraoral Radiographs
22. Recognizing Normal Radiographic Anatomy— Panoramic Radiographs
23. Radiographic Appearance of Dental Materials and Foreign Objects
24. The Use of Radiographs in the Detection of Dental Caries
25. The Use of Radiographs in the Evaluation of Periodontal Diseases
26. Describing Radiographic Anomalies, Lesions, and Opportunistic Screening
27. Pediatric Radiographic Techniques
28. Radiographic Techniques for Patients with Special Needs
29. Radiographic Techniques for Specific Oral Conditions
30. Glossary
,Chapter 1. Dental Radiography: Historical Perspective and Future Trends
1. Who was awarded the first Nobel Prize for physics in 1901, for his experimental work with
radiation?
2. W. J. Morton
3. O. Walkhof
4. W. D. Coolidge
5. W. C. Roentgen
6. Who is credited with introducing the bitewing radiograph?
7. F. W. McCormack
8. H. R. Raper
9. G. M. Fitzgerald
10. C. E. Kells
11. Who developed the hot cathode ray tube?
12. W. D. Coolidge
13. W. A. Price
14. H. R. Raper
15. W. H. Rollins
16. The development of radiation protection as a science is credited to:
17. A. Cieszyński.
18. W. D. Coolidge.
19. W. H. Rollins.
20. F. Mouyen.
21. What New Orleans dentist first made practical use of x-rays in the treatment of dental patients?
22. H. R. Raper
23. G. M. Fitzgerald
, 24. F. Mouyen
25. C. E. Kells
26. Early researchers working in the field of radiography were not aware that continued exposure to
x-rays produced accumulations of radiation efects in the body because x-rays are invisible.
27. Both the statement and reason are correct and related.
28. Both the statement and reason are correct but NOT related.
29. The statement is correct, but the reason is NOT.
30. The statement is NOT correct, but the reason is correct.
31. NEITHER the statement NOR the reason is correct.
32. 7. The most significant advancement in the early days of radiography came in 1913 when W. D.
Coolidge:
33. became the first to alert the profession of the dangers of radiation exposure and advocated for
the science of radiation protection.
34. exposed a prototype of a dental radiograph, setting the stage for preventive oral health care.
35. developed a variable, high kilovoltage x-ray machine compatible with the paralleling technique.
36. introduced an x-ray tube that allowed for an x-ray output that could be predetermined and
accurately controlled.
37. The first dental radiograph was produced using an exposure time of:
38. 0.5 second.
39. 1 minute.
40. 5 minutes.
41. 25 minutes.
42. 1 hour.
43. What component of the dental x-ray machine best limits the size of the x-ray beam to the
approximate size of the image receptor?
44. A pointed cone
