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How can radiation exposure be calculated for a specific time interval?

By the formula: Energy = Mass x Time

Using the formula: Dose = Exposure Rate x Time

The calculation of radiation exposure over a specific time interval is effectively done using the formula: Dose = Exposure Rate x Time. This formula is fundamental because it establishes a direct relationship between the radiation dose received and the duration of exposure to a radiation source.

In this context, the exposure rate represents the amount of radiation (in terms of dose) that is received per unit of time, such as in millisieverts per hour (mSv/h). By multiplying this rate by the duration of exposure, you can determine the total accumulated dose of radiation for that particular time span. For example, if an individual is exposed to a radiation source with an exposure rate of 2 mSv/h for 3 hours, the total dose would be calculated as 2 mSv/h multiplied by 3 hours, resulting in a dose of 6 mSv.

This approach is crucial for assessing health risks associated with radiation exposure and for determining necessary safety measures in environments where radiation is present. Therefore, this method is not only straightforward but also vital in radiation protection practices.

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By averaging the exposure over the week.

Using the Distance Law equation.

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