History of dating patterns

Figure 6 (see below) graphically illustrates the range in the supposed ages of these rock units, obtained by utilizing all four radioactive clocks.It is immediately apparent that the ages for each rock unit do not agree.That’s logical because the sediment making up that layer was deposited on top of, and therefore after, the layers below.

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In the case of the Cardenas Basalt, while the potassium-argon clock ticked through 516 million years, two other clocks ticked through 1,111 million years and 1,588 million years.While the clocks cannot yield absolute dates for rocks, they can provide relative ages that allow us to compare any two rock units and know which one formed first.They also allow us to compare rock units in different areas of the world to find which ones formed at the same time.After all, if these clocks really do work, then they should all yield the same age for a given rock unit.Sometimes though, using different parent radioisotopes to date different samples (or minerals) from the same rock unit does yield different ages, hinting that something is amiss.1 Recently, creationist researchers have utilized all four common radioactive clocks to date the same samples from the same rock units.2 Among these were four rock units far down in the Grand Canyon rock sequence ( Table 1 lists the dates obtained from each rock unit.The same cube shaped and other popular patterns were designed under the Windsor banner.

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