Occasionally an entire organism, including soft body parts, becomes a fossil. what are the types of fossilization that can result in soft body tissues being preserved

Fossilization occurs rapidly when the conditions are right. The conditions necessary for lithification of soft tissue give clues to unlock the history of a fossil deposit. Experiments show that microbes are involved in the mineralization of soft tissue. By decaying flesh they affect the acidity of the environment and release ions necessary for its mineralization. Fossilization in apatite seems to require associated death and decay. In the Jurassic Oxford Clay Formation in England, apatite preserved the soft tissue of many squid-like animals, probably after a mass mortality event occurred in a zone of already high phosphate levels from decaying carcasses. Apatite has also preserved gelatinous embryonic cells that deteriorate in hours. The presence of these microscopic fossils in mud rock gives clues about the conditions in which the sediments were deposited and lithified. Broken shells and sand grains, found in shale that contain soft tissue fossilized in illite, have led some researchers to conclude that the creatures were buried quickly in pulses of a dense mud flow. Soft tissue fossilization points to unusual conditions, conditions that are what would be expected in the sudden, extensive destruction of life, as recorded in the Genesis account of the worldwide Flood.

Hamlet's fourth soliloquy is probably his most famous one - "to be or not to be."it is rather different from his previous soliloquies because now he is contemplating something that didn't come up before - suicide. he is thinking whether it is worth it to fight to find his father's murderer when in the end all of them are going to die, so why not die sooner than later. he is contemplating if he should go on fighting or just kill himself and end it all, which is why this soliloquy in particular is rather depressing, hesitant, and gives a deeper insight into hamlet's madness.