Digital data is not typically considered physical evidence in the traditional sense, as it is not a tangible object that can be physically collected and analyzed.

The primary role of a forensic scientist is to analyze evidence collected at crime scenes and interpret the findings to help investigators understand the circumstances of a crime.

Livor Mortis, or the settling of blood in the body after death, is commonly used to determine the time of death.

Dactylography is the process of identifying and comparing fingerprints for the purpose of identification.

Bloodstains are not typically considered trace evidence, as they are usually visible to the naked eye and can be easily collected.

Odontology is the study of bite marks and their analysis, which can be used to identify individuals involved in a crime.

An autopsy report, which is a detailed examination of a body after death, is commonly used to determine the cause of death.

Ballistics is the process of analyzing and comparing firearms and ammunition to determine if they were used in a crime.

Graphology, the analysis of handwriting to determine personality traits, is not typically considered a common type of forensic analysis.

Forensic Anthropology is the study of human remains and their analysis, which can be used to identify individuals and determine the cause of death.

Bloodstain Pattern Analysis is commonly used to determine the sequence of events at a crime scene by analyzing the patterns of bloodstains.

Tool Marks Analysis is the process of analyzing and comparing tool marks to determine if a particular tool was used in a crime.

Chemistry Laboratories are not typically considered common types of forensic laboratories, as they are not specifically dedicated to forensic analysis.

Forensic Document Examination is the study of questioned documents and their analysis, which can be used to determine their authenticity and identify forgeries.