Sexcam4 chatfree - Dating the earth through the bible

Scientists use observational science to measure the amount of a daughter element within a rock sample and to determine the present observable decay rate of the parent element.

There appears to be a fundamental conflict between the Bible and the reported ages given by radioisotope dating.

Since God is the Creator of all things (including science), and His Word is true (“), the true age of the earth must agree with His Word.

Once the rock cools it is assumed that no more atoms can escape and any daughter element found in a rock will be the result of radioactive decay.

The dating process then requires measuring how much daughter element is in a rock sample and knowing the decay rate (i.e., how long it takes the parent element to decay into the daughter element—uranium into lead or potassium into argon). Half-life is defined as the length of time it takes half of the remaining atoms of a radioactive parent element to decay.

These types of rocks are comprised of particles from many preexisting rocks which were transported (mostly by water) and redeposited somewhere else. Atomic mass is the heaviness of an atom when compared to hydrogen, which is assigned the value of one. In beta decay, either an electron is lost and a neutron is converted into a proton (beta minus decay) or an electron is added and a proton is converted into a neutron (beta plus decay).

Types of sedimentary rocks include sandstone, shale, and limestone. In beta decay the total atomic mass does not change significantly.

However, rather than accept the biblical account of creation, many Christians have accepted the radioisotope dates of billions of years and attempted to fit long ages into the Bible.

The implications of doing this are profound and affect many parts of the Bible.

Radioisotope dating (also referred to as radiometric dating) is the process of estimating the age of rocks from the decay of their radioactive elements.

There are certain kinds of atoms in nature that are unstable and spontaneously change (decay) into other kinds of atoms.

If we walk into a room and observe an hourglass with sand at the top and sand at the bottom, we could calculate how long the hourglass has been running.

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