False. Gunshot exit wounds commonly produce high-velocity spatter, while explosions produce high-energy spatter.
When a gunshot exits a body, it typically produces high-velocity spatter. This is because the force of the bullet passing through tissues and organs causes blood to be propelled away from the wound site at high speeds. This results in smaller droplets of blood that are dispersed over a larger area.
On the other hand, explosions produce high-energy spatter. In an explosion, the release of energy can cause a wide range of injuries, including burns, blunt force trauma, and shrapnel wounds. The resulting spatter is often characterized by a mixture of blood, tissue, and other materials propelled at high speeds due to the force of the explosion.
It is important to note that the characteristics of spatter can vary depending on several factors, including the type of weapon or explosive used, the distance from the source, and the specific circumstances of the incident. Therefore, it is crucial for forensic experts to carefully analyze and interpret the spatter patterns in order to draw accurate conclusions about the nature of the event.