. What is the effective dose to the bladder of a person who has received an electron beam dose of 170 mGy? A. 8.5 Gy B. 8.5 mGy C. 8.5 Sv D. 8.5 mSv
. What is the effective dose to the bladder of a person who has received an electron beam dose of 170 mGy? A. 8.5 Gy B. 8.5 mGy C. 8.5 Sv D. 8.5 mSv
Related questions
Question
![A. 8.5 Gy
40. What is the effective dose to the bladder of a person who has received an
electron beamn dose of 170 mGy?
B. 8.5 mGy
C. 8.5 Sv
D. 8.5 mSv
41. A patient received a full-body x-ray dose of 150 mGy, a proton dose of 40
mGy, and an alpha particle dose of 30 mGy. What was the effective dose to
this patient's red bone marrow?
A. 2.8 mSv
В. 100 mSv
C. 26 mSv
D. 830 mSv
42. A patient received a full-body gamma ray dose of 26 rad, a neutron dose (22
MeV) of 88 rad, and a proton dose of 54 rad. What was the effective dose to
A. 29 mGy
В. 29 гem
this patient's liver?
C. 29 mSv
D. 29 mrem](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F60972cdf-49df-420a-9195-bbde7aee3825%2Ff3bb8262-573d-4c08-9a3d-b49097bade20%2F4v0h5mrh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A. 8.5 Gy
40. What is the effective dose to the bladder of a person who has received an
electron beamn dose of 170 mGy?
B. 8.5 mGy
C. 8.5 Sv
D. 8.5 mSv
41. A patient received a full-body x-ray dose of 150 mGy, a proton dose of 40
mGy, and an alpha particle dose of 30 mGy. What was the effective dose to
this patient's red bone marrow?
A. 2.8 mSv
В. 100 mSv
C. 26 mSv
D. 830 mSv
42. A patient received a full-body gamma ray dose of 26 rad, a neutron dose (22
MeV) of 88 rad, and a proton dose of 54 rad. What was the effective dose to
A. 29 mGy
В. 29 гem
this patient's liver?
C. 29 mSv
D. 29 mrem
Expert Solution
![](/static/compass_v2/shared-icons/check-mark.png)
Step 1
Given data :
Absorbed dose= 170 mGy
Average Mass of bladder = 50gram= 0.050Kg
To find :
Effective dose
Step by step
Solved in 2 steps
![Blurred answer](/static/compass_v2/solution-images/blurred-answer.jpg)