Mrem is a value that indicates the amount of radiation damage incurred. Radiation dose should be multiplied by a factor that measures the relative damage. This multiplication factor is known as the relative biological effectiveness (RBE). The product of the radiation dose in rad and the RBE of the radiation give the effective dosage in rem (roentgen equivalent for man): number of rem = (number of rad) (RBE). The value of mrad found in Part C is multiplied by the RBE, 9.5, to determine mrem.

Essentials of Pharmacology for Health Professions
7th Edition
ISBN:9781305441620
Author:WOODROW
Publisher:WOODROW
ChapterCRE1: Comprehensive Review Exam For Part 1
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Problem 51CEP1
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A laboratory rat is exposed to an alpha-radiation
source whose activity is 12.2 mCi
Mrem is a value that indicates the amount of radiation damage incurred. Radiation dose should be multiplied by a factor
that measures the relative damage. This multiplication factor is known as the relative biological effectiveness (RBE). The
product of the radiation dose in rad and the RBE of the radiation give the effective dosage in rem (roentgen equivalent for
man): number of rem = (number of rad) (RBE). The value of mrad found in Part C is multiplied by the RBE, 9.5, to
determine mrem.
Part F
Deff=
mrem
If the RBE of the radiation is 9.5, calculate the effective absorbed dose in Sv.
Express your answer using two significant figures.
Η ΑΣΦ
Submit
624.51037 mrad x 9.5
5900 mrem
Previous Answers Request Answer
?
Sv
Transcribed Image Text:A laboratory rat is exposed to an alpha-radiation source whose activity is 12.2 mCi Mrem is a value that indicates the amount of radiation damage incurred. Radiation dose should be multiplied by a factor that measures the relative damage. This multiplication factor is known as the relative biological effectiveness (RBE). The product of the radiation dose in rad and the RBE of the radiation give the effective dosage in rem (roentgen equivalent for man): number of rem = (number of rad) (RBE). The value of mrad found in Part C is multiplied by the RBE, 9.5, to determine mrem. Part F Deff= mrem If the RBE of the radiation is 9.5, calculate the effective absorbed dose in Sv. Express your answer using two significant figures. Η ΑΣΦ Submit 624.51037 mrad x 9.5 5900 mrem Previous Answers Request Answer ? Sv
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