Based upon radiometric dating the age of the earth is

Radiometric dating, as with any other experimental discipline, is subject to a variety of errors, ranging from human error to rare anomalies resulting from highly unusual natural circumstances.

But while errors and anomalies can occur, the burden of proof is not on scientists to fully account for each and every error.

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based upon radiometric dating the age of the earth is-76

Scientists also must battle an issue called the Great Unconformity, which is where sedimentary layers of rock appear to be missing (at the Grand Canyon, for example, there's 1.2 billion years of rock that can't be found).

There are multiple explanations for this uncomformity; in early 2019, one study suggested that a global ice age caused glaciers to grind into the rock, causing it to disintegrate.

a great majority of the time” that Earth is billions of years old.

The scientific disagreements highlighted by sceptics are “usually close to the margin of error … ” Until recently, only large scientific laboratories could afford mass spectrometers, the principal tool used to measure dates of rock samples.

As biologist Kenneth Miller observed: “The consistency of [radiometric] data …

Scientists have made several attempts to date the planet over the past 400 years.The graphic below gives the general idea, and more technical detail can be found here. As with any experimental procedure in any field of science, measurements are subject to certain “glitches” and “anomalies”, as noted in the literature.The overall reliability of radiometric dating was addressed in some detail in a recent book by Brent Dalrymple, an expert in the field.Plate tectonics then threw the crushed rock back into the interior of the Earth, removing the old evidence and turning it into new rock.In the early 20th century, scientists refined the process of radiometric dating.They've attempted to predict the age based on changing sea levels, the time it took for Earth or the sun to cool to present temperatures, and the salinity of the ocean.

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