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Alpha particles have a quality factor of 20. If a patient receives a dose of alpha particles at a rate of 10 mGy.h-1 for a period of 30 minutes, what is the equivalent dose that the patient receives?(Hint: There are 2 parts to this calculation. See page 296 of your textbook for a further hint if needed.)Group of answer choices5 mSv5 mGy0.1 Gy6 Sv0.1 Sv0.2 Sv

Question

Alpha particles have a quality factor of 20. If a patient receives a dose of alpha particles at a rate of 10 mGy.h-1 for a period of 30 minutes, what is the equivalent dose that the patient receives?(Hint: There are 2 parts to this calculation. See page 296 of your textbook for a further hint if needed.)Group of answer choices5 mSv5 mGy0.1 Gy6 Sv0.1 Sv0.2 Sv

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Solution

The equivalent dose (H) can be calculated using the formula:

H = D * Q

where D is the absorbed dose and Q is the quality factor.

First, we need to calculate the absorbed dose. The patient receives a dose of 10 mGy per hour for 30 minutes, which is half an hour. Therefore, the absorbed dose is:

D = 10 mGy/h * 0.5 h = 5 mGy

Next, we convert the absorbed dose from mGy to Gy by dividing by 1000 (since 1 Gy = 1000 mGy):

D = 5 mGy / 1000 = 0.005 Gy

Finally, we calculate the equivalent dose by multiplying the absorbed dose by the quality factor:

H = D * Q = 0.005 Gy * 20 = 0.1 Sv

So, the equivalent dose that the patient receives is 0.1 Sv.

This problem has been solved

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