Mt ngauruhoe radiometric dating

However, there are three major and unprovable assumptions involved with this method: Because of these assumptions involved in radiometric dating, it is inherently unreliable.There are many examples, some of which are listed below, where radiometric dating has given the wrong dates for specimens of known historical age.[1] It is obvious that radiometric techniques may not be the absolute dating methods they are claimed to be.Radiometric dating does not measure dates but rather, it measures the ratio of parent to daughter elements.

mt ngauruhoe radiometric dating-5

# Problems to find the oldest rocks It was assumed that meteorites that fell on earth were the same age as the earth.

Patterson calculated the age of meteorites with radioisotope dating as about 4.55 billion years.

This is present in all nature shows, newspaper articles, books, in fact everything we read and see.

The 65 Million years is not based on hard science, but merely to prop up evolution. Note: the last three examples involve sea creatures, and their incorrect dates are partly or wholly, due to the ‘Reservoir Effect.’ But this simply explains why the C-14 results are wrong.

In such situations, the isotope is termed radioactive.

Radioactive elements are ubiquitous in soil, water and air.

Although time makes no difference as far as evolution is concerned because it is based on mutations which only degrade genes, and evolution requires an enormous increase of genetic information in going from a single cell organism (600,000 nucleotides) to human beings (C being in everything.

For powerful evidence in support of a young earth, go to: https://

Age estimates on a given geological stratum by different radiometric methods are quite often different, sometimes by hundreds of millions of years.

There is no absolutely reliable long-term radiological clock.[13] The age of any fossil can never be measured directly, only indirectly with large assumptions being made and almost entirely dependent on the discover’s world view.

Isotopes are atoms of the same element which vary by the number of neutrons in their nucleus.

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