Chemical Exposure: Understanding Body Burden Calculation

What is Body Burden?

Body burden refers to the amount of a chemical present in an individual's body at a given time. It is often measured as the concentration of the chemical in milligrams (mg) relative to the individual's body weight in kilograms (kg).

How to Calculate Body Burden?

Calculating the body burden involves dividing the total amount of the chemical in milligrams by the individual's body weight in kilograms. This ratio helps determine the concentration of the chemical in the person's body per kilogram of weight.

Body Burden Calculation Example

If an individual weighed 82 kg, the body burden (in mg/kg) would be calculated by dividing the total amount of the chemical in milligrams by the weight of 82 kg. However, without knowing the specific chemical concentration (in mg), it is impossible to provide an accurate body burden calculation.

Final Answer

Without knowing the chemical concentration (in mg) the individual is exposed to, calculating the body burden (in mg/kg) is not possible. If provided, divide the chemical amount by the weight (82 kg).

Explanation: Given that body burden is often measured as the amount of a chemical in a person's body relative to their weight (often in mg/kg), to find this, we typically need the total amount of the chemical (in mg) the person has been exposed to. Unfortunately, the exact amount of the chemical is not provided in the query. A further amount (in mg) is required to provide the calculation. Once that further amount is given, you'd simply divide it by the weight (82 kg), ensuring that the weight is also in the same unit (kg). Please provide the missing information for a more precise answer.

If the individual weighed 82 kg, what was the body burden (in mg/kg)? Express your answer to one decimal place. Final answer: Without knowing the chemical concentration (in mg) the individual is exposed to, calculating the body burden (in mg/kg) is not possible. If provided, divide the chemical amount by the weight (82 kg).
← Designing an exciting obstacle course How to calculate partial pressure of gases in a mixture →