Abstract

Forensic science plays a critical role in the investigation and analysis of ballistic weapons, encompassing firearms, ammunition, and related evidence. This abstract explores the important components of forensic ballistic analysis, including firearm identification, trajectory analysis, and gunshot residue examination. The examination of ballistic evidence involves a combination of laboratory techniques, including microscopy, chemical analysis, and computational simulations. By applying principles of physics, materials science, and forensic chemistry, forensic experts can reconstruct shooting incidents, determine the type of weapon used, and establish connections between firearms and crime scenes. This abstract highlights the significance of forensic ballistic analysis in criminal investigations, its role in courtroom proceedings, and ongoing advancements in forensic technology and methodology.

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