* Define ionizing and non-ionizing radiation
* Explain the basics of the electromagnetic spectrum: relationship between frequency, wavelength, and particle / wave energy
* Identify types of ionizing radiation and their characteristics
* Define internal vs. external radiation exposure
* Calculate the effective dose using RBE factors and absorbed doses when provided with the necessary information
* Identify the relative importance of common radiation sources in terms of total average exposure
* Provide the relationship between organismal complexity and radiation sensitivity
* Define ionizing and non-ionizing radiation * Explain the basics of the electromagnetic spectrum: relationship between...
REVIEW QUESTIONS I. As the frequency of electromagnetic radiation decreases, 6. A photon has a wavelength of 3 × 10-12 m. what is its wavelength will: a. increase. b. decrease. c. remain the same. d. frequency and wavelength are unrelated frequency? a. 3 x 104 Hz b. 3 X 100 Hz c. 1 x 10- Hz d. 1 X 1030 Hz g members of the electromagnetic7. Which of the following do not originate from an unstable spectrum has the ability...