a slab of carbon 0.1g/cm2 is bombarded by 10^6 photons, each with an energy of 10 keV. Use the data of table A-4b to calculate the number of compton collisions, the number of coherent scattering events, and the number of photoelectric processes. determine the energy converted into KE by each process and the enery scattered b y each [rpcess. make an energy imbalance. calculate the nergy absorbed using mu/ro and compare with the energy converted to KE. Compton scattering cross-section (c) = 2.704 x 10^24 cm^2/atom Coherent scattering cross-section (co) = 3.247 x 10^24 cm^2/atom Photoelectric absorption cross-section (p) = 37.66 x 10^24 cm^2/atom Mass attenuation coefficient (/) = 2.187 cm^2/g