Calculate the effective radiation dosage in sieverts for a 75-kg person who is exposed to 7.8 x 10' particles of alpha radiation. Only 79% of the radiation is absorbed. Assume each alpha particle has an energy of 5.7 x 10-13 J and that the RBE of the alpha particles is 15. Note that RBE is sometimes called the quality factor (Q). effective radiation dosage: Sv
Calculate the effective radiation dosage in sieverts for a 75-kg person who is exposed to 7.8 x 10' particles of alpha radiation. Only 79% of the radiation is absorbed. Assume each alpha particle has an energy of 5.7 x 10-13 J and that the RBE of the alpha particles is 15. Note that RBE is sometimes called the quality factor (Q). effective radiation dosage: Sv
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![Calculate the effective radiation dosage in sieverts for a 75-kg person who is exposed to 7.8 x 10° particles of alpha radiation.
Only 79% of the radiation is absorbed. Assume each alpha particle has an energy of 5.7 x 10-13 J and that the RBE of the
alpha particles is 15. Note that RBE is sometimes called the quality factor (Q).
effective radiation dosage:
Sv](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F01cce7b9-24b4-4b58-ba2d-89682d5518e1%2Ffc68edb4-17a5-4c28-bc0a-ae2ed63765a0%2F6veg8le_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Calculate the effective radiation dosage in sieverts for a 75-kg person who is exposed to 7.8 x 10° particles of alpha radiation.
Only 79% of the radiation is absorbed. Assume each alpha particle has an energy of 5.7 x 10-13 J and that the RBE of the
alpha particles is 15. Note that RBE is sometimes called the quality factor (Q).
effective radiation dosage:
Sv
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