Shoe prints are not typically considered physical evidence, as they are not unique to an individual and can be easily transferred from one person to another.

Forensic pathologists are responsible for determining the cause and manner of death in cases where the cause of death is not immediately apparent or is suspicious.

Trace evidence analysis involves the examination of small pieces of evidence, such as hair and fibers, that can be transferred from one person or object to another.

Fingerprint identification is the process of matching a fingerprint to a known individual by comparing the unique patterns of ridges and valleys on the fingerprint.

Bloodstain pattern analysis is not typically used to identify a suspect, as it is more commonly used to reconstruct crime scenes and determine the sequence of events that led to a crime.

Ballistics analysis is the process of analyzing the trajectory of a bullet to determine the location of the shooter, as well as the type of firearm that was used.

Eyewitness testimony is not considered physical evidence, as it is not a tangible object that can be collected and analyzed.

Crime scene reconstruction is the process of reconstructing a crime scene based on the evidence that is collected, in order to determine the sequence of events that led to the crime.

DNA analysis is not a type of forensic analysis that is used to analyze digital evidence.

Chemical analysis is the process of analyzing the chemical composition of a substance to determine its identity.

DNA analysis is not a type of forensic analysis that is used to analyze trace evidence.

Bloodstain pattern analysis is the process of analyzing the patterns of bloodstains at a crime scene to determine the sequence of events that led to the crime.

DNA analysis is not a type of forensic analysis that is used to analyze firearms.

Toolmark analysis is the process of analyzing the marks left on an object by a tool or weapon.

DNA analysis is not a type of forensic analysis that is used to analyze documents.