What’s Inside
Atomic Structure & X-ray Production — photons, electrons, and the magic in between
X-ray Tube & Generator Physics — how voltage, current, and time shape your beam
Interaction with Matter — photoelectric effect, Compton scatter, attenuation
Beam Quality & Quantity — filtration, kVp, mAs, and intensity curves
Image Formation Principles — contrast, resolution, distortion, magnification
Exposure Math & Problem Solving — inverse square law, 15% rule, grid conversion
Quality Control & Equipment Basics — reproducibility, linearity, and beam alignment
Why It Works
Plain-language explanations written for radiography students, not engineers
Visual diagrams and chalkboard illustrations that make abstract ideas tangible
“Apply It” callouts showing how each principle affects real exposures
Practice problems with worked solutions and rationales
Exam-style question sets for confidence before test day
What’s Included
Full Physics Study Guide PDF (searchable and printable)
Chalkboard Visual Pack — emission spectra, attenuation curves, inverse-square charts
Practice Problem Sets with answer key and step-by-step solutions
Motivational outro linking physics concepts to patient safety and image quality
