# Compare and contrast relative and radioactive dating special dating website

The term used to define the amount of time it takes for half of the radioactive atoms, such as C-14, in a body or object to decay fully is known as a "half-life." The half-life of C-14 is approximately 5 730 years.

This means that, after 5 730 years, roughly half of the radioactive C-14 atoms in a decomposing organic body will have decayed into nitrogen-14 atoms. That is, after two half-lives, 100% of the C-14 atoms will not have decayed into N-14 atoms. To put it simply, if one were to draw the decay rate of C-14 on a line chart, it would not be a straight, diagonal line. Scientists can use decay rates to, very roughly, determine the age of a fossil or artifact.

Still, scientists involved in the dating of fossils and artifacts should retain their freedom to date using the techniques they see fit to use.

This document discusses the way radiometric dating and. Absolute dating provides a numerical age or range in contrast with relative dating which. Radiocarbon dating was the first chronometric technique widely available to archaeologists and. Complete the Compare and Contrast Absolute and Relative Dating worksheet.

PO 5 Distinguish between relative and absolute geologic dating.

Relative dating is less precise than radiometric dating.

Therefore, scientists need to make use of proper techniques to adequately specify what the age of a fossil or artifact is.

The integration of relative dating and radiometric dating has. which breaks relative geologic time into units of known relative. radiocarbon laboratories have conducted inter-laboratory comparison. Phrased simply, radioactive dating is the method that uses measurements relating to the radioactivity of the atoms in a fossil or an artifact. What "decay" means is that the atoms in the object or body become unstable, and, over time, begin to "decompose" by giving off radiation in the forms of subatomic particles (such as electrons and protons).There are different types of radiation: specifically, gamma, alpha and beta radiation. This process of radioactive decay eventually leads to the atoms becoming a different element and achieving stability.For example, sometimes the strata of a certain region are in the exact opposite sequence or order to how geologists expect them to be using the geological time scale. This is not to imply radiometric dating is immediately superior to relative dating and is fully correct.Rather, this entry wishes to point out that radiometric dating, while certainly not infallible, has less of a margin for error, and thus has a higher chance of being correct.