Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
38. A patient receives an x-ray dose of 200 mGy, a 20-keV neutron dose of 70 mGy, and a proton dose of 200 mGy. What is the equivalent dose to this A. 0.95 Sv B. 1.1 Sv C. 4.9 Sv patient? D. 1.3 Sv 39. What is the equivalent dose for a patient who has received a gamma ray dose of 22 rad, a proton dose of 3.2 rad, and an alpha particle dose of 1.2 mGy? A. 31 Sv В. 31 rеm C. 52 Sv D. 52 rem

38. A patient receives an x-ray dose of 200 mGy, a 20-keV neutron dose of 70 mGy, and a proton dose of 200 mGy. What is the equivalent dose to this A. 0.95 Sv B. 1.1 Sv C. 4.9 Sv patient? D. 1.3 Sv 39. What is the equivalent dose for a patient who has received a gamma ray dose of 22 rad, a proton dose of 3.2 rad, and an alpha particle dose of 1.2 mGy? A. 31 Sv В. 31 rеm C. 52 Sv D. 52 rem

icon
Related questions
Question
38. A patient receives an x-ray dose of 200 mGy, a 20-keV neutron dose of 70 mGy, and a proton dose of 200 mGy. What is the equivalent dose to this A. 0.95 Sv В. 1.1 Sv C. 4.9 Sv patient? D. 1.3 Sv A. 31 Sv В. 31 rеm С. 52 Sv 39. What is the equivalent dose for a patient who has received a gamma ray dose of 22 rad, a proton dose of 3.2 rad, and an alpha particle dose of 1.2 mGy? D. 52 rеm
Transcribed Image Text:38. A patient receives an x-ray dose of 200 mGy, a 20-keV neutron dose of 70 mGy, and a proton dose of 200 mGy. What is the equivalent dose to this A. 0.95 Sv В. 1.1 Sv C. 4.9 Sv patient? D. 1.3 Sv A. 31 Sv В. 31 rеm С. 52 Sv 39. What is the equivalent dose for a patient who has received a gamma ray dose of 22 rad, a proton dose of 3.2 rad, and an alpha particle dose of 1.2 mGy? D. 52 rеm
Expert Solution
steps

Step by step

Solved in 2 steps

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer