Potassium argon dating
This process is used by evolutionists to claim dates to the earth going back 4.6 billion years. Bring decay rates into a court of law to be put under real scrutiny, and a good case could be made against them, but I don't think that's necessary to show the major problems evolutionists already have with what they are claiming, so in this instance, I won't be arguing what they claim as a current decay rate for K-Ar.
Evolutionists today see a half-life decay rate of potassium to argon at 1.3 billion years.
In "The Carbon Dating Game," we covered flaws, assumptions, and cherry-picking in dating methods that are said to be used for up to 50,000 years, which many evolutionists still use to say the dates of the Bible incorrect.
In this article, we will be going over potassium-argon dating (K-Ar) to explain the flaws, assumptions, and cherry-picking in dating methods that are said to be used in dating billions of years, and according to most evolutionists, "proof" of an old-earth.
In fact, it is now well established that there are large quantities of excess K and not yet outgassed.
And there are mantle–crust domains between, and within which, argon circulates during global tectonic processes, magma genesis, and mixing of crustal materials.
It had been dated many times with K-Ar, and almost every evolutionary scientist in the world agreed that the KBS tuff was 212-230 million years old.Potassium decays into argon gas with a half-life of 1.251 billion years (we will round it up to 1.3 to keep things simple).That means, in 1.3 billion years, half of a potassium sample with decay to argon gas.1).12 Though not as well publicized as its neighbor, Mt.