SUMMARY
The absorbed dose of radiation can be calculated using the formula D = E/M, where D represents the dose in joules per kilogram, E is the energy absorbed, and M is the mass of the tissue. In this case, with an energy absorption of 420 Joules and a tissue mass of 60 grams, the correct calculation is D = 420/0.06, resulting in an absorbed dose of 7000 J kg-1. It is essential to convert grams to kilograms for accurate results, as radiation dose is conventionally reported in joules per kilogram.
PREREQUISITES
- Understanding of radiation physics and absorbed dose calculations
- Familiarity with the formula D = E/M for calculating absorbed dose
- Knowledge of unit conversions, specifically grams to kilograms
- Basic grasp of energy measurements in joules
NEXT STEPS
- Research the concept of radiation dose and its significance in medical physics
- Learn about different types of radiation and their biological effects
- Explore advanced calculations involving dose distribution in heterogeneous tissues
- Study the principles of radiation safety and dosage limits in clinical settings
USEFUL FOR
This discussion is beneficial for students in physics or medical fields, radiation safety officers, and professionals involved in radiation therapy or radiology.