Problems dating metamorphic rocks

The radiometric decay series commonly used in radiometric dating of rocks are detailed in the following sections.

The choice of method of determination of the age of the rock is governed by its age and the abundance of the appropriate elements in minerals.

Detectors at the end of the tube record the number of charged particles of a particular atomic mass and provide a ratio of the isotopes present in a sample.

This is the most widely used system for radiometric dating of sedimentary strata, because it can be used to date the potassium-rich authigenic mineral glauconite and volcanic rocks (lavas and tuffs) that contain potassium in minerals such as some feldspars and micas.

Scientists believe they can indirectly date sedimentary rocks using radiometric dating if they find igneous or metamorphic rock imbedded in or around a sedimentary rock layer.

This of course presupposes that radiometric dating works consistently as a dating technique in the first place. God, the Father, sent His only Son to satisfy that judgment for those who believe in Him.

Dating the particles which make up the rock wouldn’t give you the age of the rock itself.

In addition, the redeposition process upsets the conditions necessary to achieve accurate results through radiometric dating.

This dating method is principally used for determining the age of formation of igneous rocks, including volcanic units that occur within sedimentary strata.It is also possible to use it on authigenic minerals, such as glauconite, in some sedimentary rocks.Radiometric dating of minerals in metamorphic rocks usually indicates the age of the metamorphism.A number of elements have isotopes (forms of the element that have different atomic masses) that are unstable and change by radioactive decay to the isotope of a different element.Each radioactive decay series takes a characteristic length of time known as the radioactive half-life, which is the time taken for half of the original (parent) isotope to decay to the new (daughter) isotope.

QUESTION: Can we date sedimentary rocks using radiometric dating techniques?

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Problems with radiometric dating of metamorphic rocks. Due to heating involved, radiometric 'clock' may be reset in some minerals. Problems with dating igneous rocks. 
13-Jul-2018 12:11
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Used in plant material only, not rocks. Note that the effective range of these dating systems is limited by the degree of error in measurement. 
13-Jul-2018 12:14
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Sedimentary Rocks - Is it true that. Scientists believe they can indirectly date sedimentary rocks using radiometric dating if they find igneous or metamorphic. 
13-Jul-2018 12:18
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Igneous & sometimes metamorphic rocks and. Some of the problems associated with K-Ar dating. Which isotopic systems are most useful for radiometric dating and. 
13-Jul-2018 12:22
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Radiometric dating of minerals in metamorphic rocks. The radiometric decay series commonly used in radiometric dating of rocks are. The problems of argon. 
13-Jul-2018 12:26
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Problems with dating metamorphic rocks. How do geologists date rocks? radiometric dating! radioactive elements were incorporated into the ear. 
13-Jul-2018 12:30
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Is radiometric dating possible on metamorphic rocks? Wouldn't the parent/ daughter ratio "reset" after the rock partially melts? 
13-Jul-2018 12:35
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Clocks in the Rocks. there are two obvious problems with radioactive dating for geological purposes 1 uncertainty about the composition of the original sample. 
13-Jul-2018 12:40
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Start studying Geology Fossils Dating. Learn vocabulary, terms. - Metamorphic rocks cause problems, as minerals become closed systems at different temperatures. 
13-Jul-2018 12:43
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Problems dating metamorphic rocks introduction

Problems dating metamorphic rocks

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