The amount of radioactive carbon in the body is fixed at the time of death. After death, the carbon would the begin to decay.
Examination of the body alone is not always enough to determine the exact time of death. Factors such as body temperature, rigor mortis, livor mortis, and forensic entomology are considered in addition to the condition of the body. Combining these methods can provide a more accurate estimation of the time of death.
Another term for "time of death" if looking into forensic entomology is PMI or Postmortem Interval. PMI is the time between death and the discovery of the body.
No. There is not enough time to evacuate if a tornado is coming. The recommended course of action is to take cover rather than evacuate.
There are different ways in which a forensic pathologist can make an educated guess as to the time of death. One such way would be body temperature. Another way is by body decomposition. Our bodies begin to decompose immediately upon death, and the time of death can be determined by which stage the body is in.
There are different ways in which a forensic pathologist can make an educated guess as to the time of death. One such way would be body temperature. Another way is by body decomposition. Our bodies begin to decompose immediately upon death, and the time of death can be determined by which stage the body is in.
it is the temperature of the liver that determines the time of death (how long a body has been dead). that's why the medical examiner sticks a meat thermometer into the liver.
Bowel control can be lost at the time of death as the muscles in the body relax, which can result in the release of stool and urine. This is a natural part of the body's process as it begins to shut down.
Slow burning fuse usually to alot time to evacuate an area
There was not enough time for people to evacuate before the Krakatoa erupted in 1883. The eruption occurred suddenly and with great force, causing widespread destruction and loss of life.
A waxed body
depends on what your evacuating from