Question: A nuclear worker has to fix a component close to the reactor core. During this job she is exposed to fission neutrons with about

A nuclear worker has to fix a component close to the reactor core. During this job she is exposed to fission neutrons with about 1.0 MeV of energy. This exposure situation leads to an organ absorbed dose in the liver of 0.15 mGy and in the lungs of 0.35 mGy. What is the additional probability, in percents, for cancer for this person due to this radiation exposure? Use the following data: Wneutron (1.0 MeV) 21 iver 0.04 hungs 0.12 . about 5% additional cancer risk per Sv of effective dose Note: pleese do NOT type the percentage sign (%) in the answer box 

A nuclear worker has to fix a component close to the reactor core. During this job she is exposed to fission neutrons with about 1.0 MeV of energy. This exposure situation leads to an organ absorbed dose in the liver of 0.15 mGy and in the lungs of 0.35 mGy. What is the additional probability, in percents, for cancer for this person due to this radiation exposure? Use the following data: - Wnrutron (1.0 MeV) = 21 - Wver = 0.04 - Wlungs= 0.12 - about 5% additional cancer risk per Sv of effective dose None please do NOT type the percentage sgn ( in the answer box

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