Calculate the effective radiation dosage in sieverts for a 57 ‑kg person who is exposed to 5.5×109 particles of alpha radiation. Only 81% of the radiation is absorbed. Assume each alpha particle has an energy of 7.3×10−13 J and that the RBE of the alpha particles is 15 . Note that RBE is sometimes called the quality factor ( ? ). Attempt 1Çalculate the effective radiation dosage in sieverts for a 57-kg person who is exposed to 5.5 x 10° particles of alpha radiation.Only 81% of the radiation is absorbed. Assume each alpha particle has an energy of 7.3 x 10- J and that the RBE of the alphaparticles is 15. Note that RBE is sometimes called the quality factor (Q).2,73effective radiation dosage:SvIncorrect

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Answered: Calculate the effective radiation…

Chemistry: Principles and Practice

3rd Edition

ISBN:9780534420123

Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer

Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer

Chapter21: Nuclear Chemistry

Section: Chapter Questions

Problem 21.64QE

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Calculate the effective radiation dosage in sieverts for a 57 ‑kg person who is exposed to 5.5×109 particles of alpha radiation. Only 81% of the radiation is absorbed. Assume each alpha particle has an energy of 7.3×10−13 J and that the RBE of the alpha particles is 15 . Note that RBE is sometimes called the quality factor ( ? ).

Attempt 1
Çalculate the effective radiation dosage in sieverts for a 57-kg person who is exposed to 5.5 x 10° particles of alpha radiation.
Only 81% of the radiation is absorbed. Assume each alpha particle has an energy of 7.3 x 10- J and that the RBE of the alpha
particles is 15. Note that RBE is sometimes called the quality factor (Q).
2,73
effective radiation dosage:
Sv
Incorrect

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