And also, rather importantly, the laws of radioactive decay hypothesize that once a living organism is dead, it no longer interacts with anything in its environment which would affect the speed of its radioactive decay.
With all the technical terms and mathematical physics equations taken out, carbon dating sounds pretty easy right?
Despite these limitations, radiocarbon dating will often get you a decent ballpark figure.
While other methods of dating objects exist, radiocarbon dating has remained vital for most archaeologists.
Living organisms absorb a proportional amount of radioactive carbon fourteen isotopes to what is constantly present in the earth’s atmosphere.Carbon dating assumes a variety of things about the natural world in order to work.Among other scholarly scientific suppositions, it assumes that the amount of carbon fourteen in the atmosphere has remained constant bar minor recent fluctuations due to the industrialization of the past few centuries and our impact on the environment.But now archaeologists studying, say, the development of agriculture across the continents are able to determine how different societies stacked up against one another throughout the millennia. Different cultures around the world record time in different fashions.There's also still usually a wide window of time that an object can fall into.