TEST BANK For Radiologic Science for Technologists
b b b b b b bb b
12th Edition by Stewart C Bushong
b b b b b b
Chapters 1 - 40, Complete
b b b b b
, TABLE OF CONTENTS b b b
1. Essential Concepts of Radiologic Science
b b b b b
2. Basic Physics Primer
b b b
3. The Structure of Matter
b b b b
4. Electromagnetic Energy b b
5. Electricity, Magnetism, and Electromagnetism
b b b b
6. The X-Ray Imaging System
b b b b
7. The X-Ray Tube
b b b
8. X-Ray Production
b b
9. X-Ray Emission
b b
10. X-Ray Interaction with Matter
b b b b
11. Imaging Science b b
12. Computed Radiography b b
13. Digital Radiography
b b
14. Digital Radiographic Technique
b b b
15. Image Acquisition
b b
16. Patient-Image Optimization b b
17. Viewing the Medical Image
b b b b
18. Picture Archiving and Communication System
b b b b b
19. Image Perception
b b
20. Digital Display Device
b b b
21. Medical Image Descriptors
b b b
22. Scatter Radiation
b b
23. Radiographic Artifacts b b
24. Mammography b
25. Fluoroscopy b
26. Interventional Radiology b b
27. Computed Tomography b b
28. Tomosynthesis b
29. Human Biology b b
30. Fundamental Principles of Radiobiology b b b b
31. Molecular Radiobiology b b
32. Cellular Radiobiology
b b
33. Deterministic Effects of Radiation b b b b
34. Stochastic Effects of Radiationb b b b
35. Health Physics b b
36. Designing for Radiation Protection
b b b b
37. Radiography/Fluoroscopy Patient Radiation Dose b b b b
38. Computed Tomography Patient Radiation Dose
b b b b b
39. Patient Radiation Dose Management
b b b b
40. Occupational Radiation Dose Management b b b b
, Chapter 01: Essential Concepts of Radiologic Science Bushong: Radiologic Science for
b b b b b b b b b b b
Technologists, 12th Edition
b b b b
b
MULTIPLEb
CHOICEb
b
1. Matterbisbmeasuredbinb .b
a. kilogramsb
b. joulesb
c. electronbvoltsb
d. remsb
ANSbbAb
Matterbisbmeasuredbinbkilograms.b
b
2. Atomsbandbmoleculesbarebthebfundamentalbbuildingbblocksbofb .ba.benergyb
b. radiationb
c. matterb
d. gravityb
ANS bCb
Atomsbandbmoleculesbarebthebfundamentalbbuildingbblocksbofbmatter.b
b
3. Icebandbsteambarebexamplesbofbtwobformsbofb .b
a. matterb
b. radiationb
c. energyb
d. workb
ANS:bAb
Icebandbsteambarebexamplesbofbtwobformsbofbmatter.b
b
4. ThebformulabEb=bmc2 isbthebbasisbforbthebtheorybthatbledbtobthebdevelopmentbofb
b
.ba.bx-
raysb
b. electromagneticbradiationb
c. nuclearbpowerb
d. cathodebraybtubesb
ANS:bCb
ThebformulabEb=bmc2 isbthebbasisbforbthebtheorybthatbledbtobthebdevelopmentbofbnuclearbpo
b
wer.b
b
5. Radiobwaves,blight,bandbx-raysbareballbexamplesbofb energy.b
a. nuclearb
b. thermalb
c. electricalb
d. electromagneticb
ANS:bDb
Electromagneticbenergybincludesbradiobwaves,blight,bandbx-
raysbasbwellbasbotherbpartsbofbthebspectrum.b
6. Abmovingbobjectbhasb energy.b
a. potentialb
, b. kineticb
c. nuclearb
d. electromagneticb
ANS:bBb
Abmovingbobjectbhasbkineticbenergy.b
b
7. Whatbisbthebremovalbofbanbelectronbfrombanbatombcalled?b
a. Ionizationb
b. Pairbproductionb
c. Irradiationb
d. Electricityb
ANS:bAb
Thebremovalbofbanbelectronbfrombanbatombisbcalledbionization.b
b
8. Ionizingbradiationbisbcapablebofbremovingb
frombatomsbasbitbpassesbthroughbthebmatter.b
a. neutronsb
b. protonsb
c. electronsb
d. ionsb
ANS:bCb
Ionizingbradiationbisbcapablebofbremovingbelectronsbfrombatomsbasbitbpassesbthroughbtheb
matter.b
b
9. Thebenergybofbx-raysbisb_b .b
a. thermalb
b. potentialb
c. kineticb
d. electromagneticb
ANS:bDb
X-raysbarebabformbofbelectromagneticbenergy.b
b
10. Thebbiggestbsourcebofbman-madebionizingbradiationbexposurebtobthebpublicbisb
bb .b
a. atomicbfalloutb
b. diagnosticbx-raysb
c. smokebdetectorsb
d. nuclearbpowerbplantsb
ANS:bBb
Medicalbx-raybexposurebisbthebbiggestbsourcebofbman-madebradiation.b
b
11. InbthebUnitedbStates,bwebarebexposedbtob
_bmSv/yearbofbionizingbradiationbfrombthebnaturalbenvironment.ba.b0btob5b
b. 5btob20b
c. 20btob90b
d. 100btob300b
ANS:bAb
Webarebexposedbtobaboutb3bmSv/yrbofbionizingbradiationbfrombnaturalbenvironmentalbsou
rcesbinbthebUnitedbStates.b
b b b b b b bb b
12th Edition by Stewart C Bushong
b b b b b b
Chapters 1 - 40, Complete
b b b b b
, TABLE OF CONTENTS b b b
1. Essential Concepts of Radiologic Science
b b b b b
2. Basic Physics Primer
b b b
3. The Structure of Matter
b b b b
4. Electromagnetic Energy b b
5. Electricity, Magnetism, and Electromagnetism
b b b b
6. The X-Ray Imaging System
b b b b
7. The X-Ray Tube
b b b
8. X-Ray Production
b b
9. X-Ray Emission
b b
10. X-Ray Interaction with Matter
b b b b
11. Imaging Science b b
12. Computed Radiography b b
13. Digital Radiography
b b
14. Digital Radiographic Technique
b b b
15. Image Acquisition
b b
16. Patient-Image Optimization b b
17. Viewing the Medical Image
b b b b
18. Picture Archiving and Communication System
b b b b b
19. Image Perception
b b
20. Digital Display Device
b b b
21. Medical Image Descriptors
b b b
22. Scatter Radiation
b b
23. Radiographic Artifacts b b
24. Mammography b
25. Fluoroscopy b
26. Interventional Radiology b b
27. Computed Tomography b b
28. Tomosynthesis b
29. Human Biology b b
30. Fundamental Principles of Radiobiology b b b b
31. Molecular Radiobiology b b
32. Cellular Radiobiology
b b
33. Deterministic Effects of Radiation b b b b
34. Stochastic Effects of Radiationb b b b
35. Health Physics b b
36. Designing for Radiation Protection
b b b b
37. Radiography/Fluoroscopy Patient Radiation Dose b b b b
38. Computed Tomography Patient Radiation Dose
b b b b b
39. Patient Radiation Dose Management
b b b b
40. Occupational Radiation Dose Management b b b b
, Chapter 01: Essential Concepts of Radiologic Science Bushong: Radiologic Science for
b b b b b b b b b b b
Technologists, 12th Edition
b b b b
b
MULTIPLEb
CHOICEb
b
1. Matterbisbmeasuredbinb .b
a. kilogramsb
b. joulesb
c. electronbvoltsb
d. remsb
ANSbbAb
Matterbisbmeasuredbinbkilograms.b
b
2. Atomsbandbmoleculesbarebthebfundamentalbbuildingbblocksbofb .ba.benergyb
b. radiationb
c. matterb
d. gravityb
ANS bCb
Atomsbandbmoleculesbarebthebfundamentalbbuildingbblocksbofbmatter.b
b
3. Icebandbsteambarebexamplesbofbtwobformsbofb .b
a. matterb
b. radiationb
c. energyb
d. workb
ANS:bAb
Icebandbsteambarebexamplesbofbtwobformsbofbmatter.b
b
4. ThebformulabEb=bmc2 isbthebbasisbforbthebtheorybthatbledbtobthebdevelopmentbofb
b
.ba.bx-
raysb
b. electromagneticbradiationb
c. nuclearbpowerb
d. cathodebraybtubesb
ANS:bCb
ThebformulabEb=bmc2 isbthebbasisbforbthebtheorybthatbledbtobthebdevelopmentbofbnuclearbpo
b
wer.b
b
5. Radiobwaves,blight,bandbx-raysbareballbexamplesbofb energy.b
a. nuclearb
b. thermalb
c. electricalb
d. electromagneticb
ANS:bDb
Electromagneticbenergybincludesbradiobwaves,blight,bandbx-
raysbasbwellbasbotherbpartsbofbthebspectrum.b
6. Abmovingbobjectbhasb energy.b
a. potentialb
, b. kineticb
c. nuclearb
d. electromagneticb
ANS:bBb
Abmovingbobjectbhasbkineticbenergy.b
b
7. Whatbisbthebremovalbofbanbelectronbfrombanbatombcalled?b
a. Ionizationb
b. Pairbproductionb
c. Irradiationb
d. Electricityb
ANS:bAb
Thebremovalbofbanbelectronbfrombanbatombisbcalledbionization.b
b
8. Ionizingbradiationbisbcapablebofbremovingb
frombatomsbasbitbpassesbthroughbthebmatter.b
a. neutronsb
b. protonsb
c. electronsb
d. ionsb
ANS:bCb
Ionizingbradiationbisbcapablebofbremovingbelectronsbfrombatomsbasbitbpassesbthroughbtheb
matter.b
b
9. Thebenergybofbx-raysbisb_b .b
a. thermalb
b. potentialb
c. kineticb
d. electromagneticb
ANS:bDb
X-raysbarebabformbofbelectromagneticbenergy.b
b
10. Thebbiggestbsourcebofbman-madebionizingbradiationbexposurebtobthebpublicbisb
bb .b
a. atomicbfalloutb
b. diagnosticbx-raysb
c. smokebdetectorsb
d. nuclearbpowerbplantsb
ANS:bBb
Medicalbx-raybexposurebisbthebbiggestbsourcebofbman-madebradiation.b
b
11. InbthebUnitedbStates,bwebarebexposedbtob
_bmSv/yearbofbionizingbradiationbfrombthebnaturalbenvironment.ba.b0btob5b
b. 5btob20b
c. 20btob90b
d. 100btob300b
ANS:bAb
Webarebexposedbtobaboutb3bmSv/yrbofbionizingbradiationbfrombnaturalbenvironmentalbsou
rcesbinbthebUnitedbStates.b
