Everyone assumes that dates that follow the word “radiocarbon” are accurate, precise and sure. The basic principle of radiocarbon dating is that plants and animals absorb trace amounts of radioactive carbon-14 from carbon dioxide (CO2) in the atmosphere while they are alive but stop doing so when they die.
The carbon-14 in a sample decays at a steady rate after it dies, and thus works like a clock.
This slow decay of carbon-14 is the basis of a widely used dating method for archaeological materials.
As long as any organism is alive, its carbon atoms are being exchanged continuously with the atmosphere.
By tipping the glass when the egg starts cooking, one learns when three minutes are up and the boiling should be stopped.
One assumes that there is enough sand in the timer so that it takes three minutes for it to move from the top of the glass to the bottom of the glass.
Not a single one of themeras, periods, and ages, let alone zones--has yet been reliably determined.In chapters 17 and 19, (Fossils and Strata, and Effects of the Flood) we will discuss the strata dating method in detail.We will here discuss only its relationship to radioactive dating methods and learn that there are no relationships!Yet fossil/strata dating is crucial to the evolutionary theory!Without it, the whole thing collapses) (1) None of the other dating methods (the twelve methods discussed in this present chapter) are reliable, but instead are in continual conflict with one another and with fossil/strata dating conclusions. In chapter 17 (Fossils and Strata) we shall discuss in detail the problems associated with fossil and strata dating, but let us right now put to rest a frequently-stated misconception: that radiodating methods have successfully dated and positively established as reliable the dating system conjectures in the so-called "geologic column" of rock strata. ONLY THREE USABLE TEST RESULTS in reality, it is impossible to date sedimentary rock strata and the fossils within it by radioactive mineral dating.