In forensic investigations, determining the exact trajectory of a bullet can be instrumental in understanding a shooting incident. Using geometry and photographic evidence, investigators can pinpoint the shooter's position relative to the target. In one case, by examining where the first bullet penetrated the windshield, it was apparent that the shooter was not in front of the car as initially suspected. This insight was only possible by analyzing the bullet's angle and impact point. In my experience reviewing similar cases, the use of graphical tools like Photoshop or specialized forensic software allows for precise overlay of bullet paths onto vehicle images. This process helps clarify misconceptions about the shooter's location and the sequence of events. It underscores the importance of combining technical skills with investigative intuition. Moreover, understanding bullet trajectory helps law enforcement corroborate witness statements and physical evidence, ensuring accurate crime scene reconstruction. For people interested in forensic science or crime scene analysis, learning how basic principles of geometry apply in real-world investigations highlights the practical value of mathematical knowledge beyond classrooms. Overall, geometry doesn’t lie. It’s a powerful tool that brings clarity to complex situations, aiding justice through scientific reasoning and attention to detail.