Using the earth for radiometric dating

In other words, half of the radioactive isotope in a sample would have decayed to Nitrogen-14 (N-14) in just 5,730 years.

C-14 dating of carbon-bearing materials is therefore limited to roughly 50,000 years.

using the earth for radiometric dating-60using the earth for radiometric dating-65using the earth for radiometric dating-70

This challenge is mainly headed by Creationism which teaches a young-earth (YE) theory.

A young earth is considered to be typically just 6,000 years old since this fits the creation account and some dating deductions from Genesis.

Absolute dating supplies a numerical date whilst relative dating places events in time-sequence; both are scientifically useful.

This is based upon the spontaneous breakdown or decay of atomic nuclei.

Most people accept the current old-earth (OE) age estimate of around 4.6 billion years.

This age is obtained from radiometric dating and is assumed by evolutionists to provide a sufficiently long time-frame for Darwinian evolution.

This implies the earth is at least 20 million years old.

Astronomical cycles can also be used to measure relative age.

The crucial point here is: if YE theory can be established scientifically, then macroevolutionary theory falls!

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