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Radiation Protection in Medical Radiography
9th Edition by Sherer | Chapters 1 - 14 | Complete
,TABLE OF CONTENTS 7v 7v
1. Introduction 7 v to 7 v Radiation 7v 7v Protection
2. Radiation: 7v 7v Types, 7v 7v Sources, 7v 7v and 7v 7v Doses 7v 7v Received
3. Interaction 7v 7v of 7v 7v X-Radiation 7v 7v with 7v 7v Matter
4. Radiation 7v 7v Quantities 7v 7v and 7v 7v Units
5. Radiation 7 v Monitoring
6. Overview 7v 7v of 7v 7v Cell 7v 7v Biology
7. Molecular 7v 7v and 7 v Cellular 7v 7v Radiation 7v 7v Biology
8. Early 7v 7v Tissue 7v 7v Reactions 7v 7v and 7v 7v Their 7v 7v Effects 7v 7v on 7v 7v Organ 7v 7v Systems
9. Stochastic 7v 7v Effects 7v 7v and 7v 7v Late 7v 7v Tissue 7v 7v Reactions 7v 7v of 7v 7v Radiation 7v 7v in 7v 7v Organ 7v 7v Systems
10. Equipment 7v 7v Design 7v 7v for 7v 7v Radiation 7v 7v Protection
11. Management 7v 7v of 7v 7v Patient 7v 7v Radiation 7v 7v Dose 7v 7v During 7v 7v Diagnostic 7v 7v X-Ray 7v 7v Procedures
12. Radiation 7v 7v Safety 7v 7v in 7v 7v Computed 7v 7v Tomography 7v 7v and 7v 7v Mammography
13. Management 7v 7v of 7v 7v Imaging 7v 7v Personnel 7v 7v Radiation 7v 7v Dose 7v 7v During 7 v Diagnostic 7v 7v X-Ray 7v
Procedures
7v
14. Radioisotopes 7 v and 7 v Radiation 7v 7v Protection
, Chapter 7 v 01: Introduction to Radiation Protection
7 v 7 v 7 v 7 v
Sherer: 7 v Radiation Protection in Medical Radiography, 7 v 7 v 7 v 7 v 7 v 9th 7v 7v Edition
MULTIPLE 7 v 7 v CHOICE
1. Consequences of ionization in human cells include
7 v 7 v 7 v 7 v 7 v 7 v 7v 7v 7 v 7 v 7 v 7 v
1. creation of unstable atoms. 7 v 7 v 7 v 7 v 7 v 7 v
2. production of free electrons. 7 v 7 v 7 v 7 v 7 v 7 v
3. creation of highly reactive free 7radicalsv capable of producing
7 v 7 v 7 v 7 v 7 v 7 v 7 v
7 substances
v po isonous to the cell. 7 v 7v 7 v 7 v 7v
4. creation of new biologic molecules
7 v detrimental
7 v to the living
7 v cell.
7 v 7 v 7 v 7 v 7 v 7 v 7 v 7 v 7 v 7 v 7 v 7 v 7 v 7 v 7 v
5. injury to the cell that
7 vmay manifest itself as
7 abnormal
v function 7 v 7 v 7 v 7 v 7 v 7 v 7 v 7 v 7 v
or 7 lossv of functio n.
7 v 7 v 7 v 7 v
a. 1, 2, 3 only
7 v 7 v 7 v 7 v
7 v and 7 v
b. 2, 3, 4 only
7v 7v 7 v 7 v 7 v
and
7 v
c. 3, 4, 5 only
7 v 7 v 7 v 7 v
7 v and 7 v
d. 1, 2, 4, and 7 v 7 v 7 v 7 v
3,
7 v 5 7 v
ANSWER: D
2. Which following
7 v is of
a 7 v the 7 v 7 v 7 v 7 v form of radiation that is 7 v 7 v 7 v 7 v
7 capable
v of creating e lectrically 7 v 7 v 7 v 7v 7 v charged particles by removing 7v 7 v 7 v
7 orbital
v electrons from the atom
7 v 7 v 7 v 7 v 7 vof n ormal matter 7throughv 7v 7 v 7 v
7 which
v it passes? 7 v 7 v
a. Ionizing radiation 7 v 7 v
b. Nonionizing radiation 7v 7v
c. Subatomic radiation 7v 7v
d. Ultrasonic radiation 7v 7v
ANSWER: A
3. Regarding exposure to ionizing
7 radiation,
v patients who are 7 v 7 v 7 v 7 v 7 v 7 v
7 v educated to underst and the medical benefit
7 v of an imaging7 v 7v 7 v 7 v 7v 7 v 7 v 7 v
7 v procedure are more likely to 7 v 7 v 7 v 7 v
a. assume a small chance of7 biologic
v damage but
7 not v 7 v 7 v 7 v 7 v 7 v 7 v
suppress
7 v any r adiation phobia they may have. 7 v 7 v 7v 7 v 7v 7 v 7 v
b. cancel their scheduled 7 procedure
v because they are 7 v 7 v 7 v 7 v 7 v
not
7 willing
v to assume 7 a small chance
v of biologic 7 v 7v 7 v 7 v 7v 7 v 7 v
damage.
7 v
c. suppress any radiation phobia but7 not
v risk a 7 v 7 v 7 v 7 v 7 v 7 v
small
7 v chance of p ossible biologic damage.
7 v 7 v 7 v 7v 7 v 7v
d. suppress any radiation phobia and7 bev willing to 7 v 7 v 7 v 7 v 7 v 7 v
assume
7 v a small ch ance of possible biologic damage.
7 v 7 v 7 v 7v 7 v 7 v 7v 7 v
ANSWER: D
4. The 7 v 7 v millisievert 7 v 7 v (mSv) 7 v 7 v is 7 v 7 v equal 7 v 7 v to
, a. 1/10 7 vof a
7 v sievert. 7 v 7 v 7 v 7 v
b. 1/100 of7 v a 7 v sievert. 7 v 7 v 7 v 7 v
c. 1/1000 of a
7 v sievert.
7 v 7 v 7 v 7 v 7 v
d. 1/10,000 of a 7 vsievert.
7 v 7 v 7 v 7 v 7 v
ANSWER: C
Radiation Protection in Medical Radiography
9th Edition by Sherer | Chapters 1 - 14 | Complete
,TABLE OF CONTENTS 7v 7v
1. Introduction 7 v to 7 v Radiation 7v 7v Protection
2. Radiation: 7v 7v Types, 7v 7v Sources, 7v 7v and 7v 7v Doses 7v 7v Received
3. Interaction 7v 7v of 7v 7v X-Radiation 7v 7v with 7v 7v Matter
4. Radiation 7v 7v Quantities 7v 7v and 7v 7v Units
5. Radiation 7 v Monitoring
6. Overview 7v 7v of 7v 7v Cell 7v 7v Biology
7. Molecular 7v 7v and 7 v Cellular 7v 7v Radiation 7v 7v Biology
8. Early 7v 7v Tissue 7v 7v Reactions 7v 7v and 7v 7v Their 7v 7v Effects 7v 7v on 7v 7v Organ 7v 7v Systems
9. Stochastic 7v 7v Effects 7v 7v and 7v 7v Late 7v 7v Tissue 7v 7v Reactions 7v 7v of 7v 7v Radiation 7v 7v in 7v 7v Organ 7v 7v Systems
10. Equipment 7v 7v Design 7v 7v for 7v 7v Radiation 7v 7v Protection
11. Management 7v 7v of 7v 7v Patient 7v 7v Radiation 7v 7v Dose 7v 7v During 7v 7v Diagnostic 7v 7v X-Ray 7v 7v Procedures
12. Radiation 7v 7v Safety 7v 7v in 7v 7v Computed 7v 7v Tomography 7v 7v and 7v 7v Mammography
13. Management 7v 7v of 7v 7v Imaging 7v 7v Personnel 7v 7v Radiation 7v 7v Dose 7v 7v During 7 v Diagnostic 7v 7v X-Ray 7v
Procedures
7v
14. Radioisotopes 7 v and 7 v Radiation 7v 7v Protection
, Chapter 7 v 01: Introduction to Radiation Protection
7 v 7 v 7 v 7 v
Sherer: 7 v Radiation Protection in Medical Radiography, 7 v 7 v 7 v 7 v 7 v 9th 7v 7v Edition
MULTIPLE 7 v 7 v CHOICE
1. Consequences of ionization in human cells include
7 v 7 v 7 v 7 v 7 v 7 v 7v 7v 7 v 7 v 7 v 7 v
1. creation of unstable atoms. 7 v 7 v 7 v 7 v 7 v 7 v
2. production of free electrons. 7 v 7 v 7 v 7 v 7 v 7 v
3. creation of highly reactive free 7radicalsv capable of producing
7 v 7 v 7 v 7 v 7 v 7 v 7 v
7 substances
v po isonous to the cell. 7 v 7v 7 v 7 v 7v
4. creation of new biologic molecules
7 v detrimental
7 v to the living
7 v cell.
7 v 7 v 7 v 7 v 7 v 7 v 7 v 7 v 7 v 7 v 7 v 7 v 7 v 7 v 7 v
5. injury to the cell that
7 vmay manifest itself as
7 abnormal
v function 7 v 7 v 7 v 7 v 7 v 7 v 7 v 7 v 7 v
or 7 lossv of functio n.
7 v 7 v 7 v 7 v
a. 1, 2, 3 only
7 v 7 v 7 v 7 v
7 v and 7 v
b. 2, 3, 4 only
7v 7v 7 v 7 v 7 v
and
7 v
c. 3, 4, 5 only
7 v 7 v 7 v 7 v
7 v and 7 v
d. 1, 2, 4, and 7 v 7 v 7 v 7 v
3,
7 v 5 7 v
ANSWER: D
2. Which following
7 v is of
a 7 v the 7 v 7 v 7 v 7 v form of radiation that is 7 v 7 v 7 v 7 v
7 capable
v of creating e lectrically 7 v 7 v 7 v 7v 7 v charged particles by removing 7v 7 v 7 v
7 orbital
v electrons from the atom
7 v 7 v 7 v 7 v 7 vof n ormal matter 7throughv 7v 7 v 7 v
7 which
v it passes? 7 v 7 v
a. Ionizing radiation 7 v 7 v
b. Nonionizing radiation 7v 7v
c. Subatomic radiation 7v 7v
d. Ultrasonic radiation 7v 7v
ANSWER: A
3. Regarding exposure to ionizing
7 radiation,
v patients who are 7 v 7 v 7 v 7 v 7 v 7 v
7 v educated to underst and the medical benefit
7 v of an imaging7 v 7v 7 v 7 v 7v 7 v 7 v 7 v
7 v procedure are more likely to 7 v 7 v 7 v 7 v
a. assume a small chance of7 biologic
v damage but
7 not v 7 v 7 v 7 v 7 v 7 v 7 v
suppress
7 v any r adiation phobia they may have. 7 v 7 v 7v 7 v 7v 7 v 7 v
b. cancel their scheduled 7 procedure
v because they are 7 v 7 v 7 v 7 v 7 v
not
7 willing
v to assume 7 a small chance
v of biologic 7 v 7v 7 v 7 v 7v 7 v 7 v
damage.
7 v
c. suppress any radiation phobia but7 not
v risk a 7 v 7 v 7 v 7 v 7 v 7 v
small
7 v chance of p ossible biologic damage.
7 v 7 v 7 v 7v 7 v 7v
d. suppress any radiation phobia and7 bev willing to 7 v 7 v 7 v 7 v 7 v 7 v
assume
7 v a small ch ance of possible biologic damage.
7 v 7 v 7 v 7v 7 v 7 v 7v 7 v
ANSWER: D
4. The 7 v 7 v millisievert 7 v 7 v (mSv) 7 v 7 v is 7 v 7 v equal 7 v 7 v to
, a. 1/10 7 vof a
7 v sievert. 7 v 7 v 7 v 7 v
b. 1/100 of7 v a 7 v sievert. 7 v 7 v 7 v 7 v
c. 1/1000 of a
7 v sievert.
7 v 7 v 7 v 7 v 7 v
d. 1/10,000 of a 7 vsievert.
7 v 7 v 7 v 7 v 7 v
ANSWER: C
