Radioactive dating is only useful in dating igneous and metamorphic rock. Organic material that has not fossilized and does not exceed 70,000 years of age can be dated by Carbon dating techniques. Sedimentary rock can only be dated by its association with igneous and metamorphic rock.
Radioactive dating works best with igneous rocks, particularly those formed from the cooling of molten lava or magma. This is because the mineral crystals in igneous rocks lock in the radioactive isotopes when they form, providing a reliable record of the time that has passed since the rock solidified. Sedimentary rocks are generally less reliable for radioactive dating due to their mixture of different rock fragments.
Sedimentary rocks are not ideal for radioactive dating because they are made up of material that can be eroded and re-deposited, which can affect the accuracy of the age determination. Igneous rocks, particularly volcanic rocks like basalts or granites, are more suitable for radioactive dating because they form from the cooling of magma or lava and retain the isotopic compositions at the time of their formation.
Sedimentary rock is not original source material, its rock that got ground into sand, settled (usually under water), got buried, and then got heated and squeezed back into a form of rock. Lots of sources.
Radiometric dating relies on the presence of radioactive isotopes that decay over time into stable isotopes. Sedimentary rocks are composed of weathered fragments of other rocks and minerals, so they do not usually contain the necessary radioactive isotopes for radiometric dating. This makes it difficult to directly date sedimentary rocks using radiometric methods.
Radioactive dating of rock samples determines the age of rocks from the time it was formed. Geologist determine the age of rocks using radioactive dating. The radioactive dating relies on spontaneous decomposition into other element. The spontaneous decomposition is called radioactive decay.
Radioactive dating works best with igneous rocks, particularly those formed from the cooling of molten lava or magma. This is because the mineral crystals in igneous rocks lock in the radioactive isotopes when they form, providing a reliable record of the time that has passed since the rock solidified. Sedimentary rocks are generally less reliable for radioactive dating due to their mixture of different rock fragments.
Sedimentary rocks are not ideal for radioactive dating because they are made up of material that can be eroded and re-deposited, which can affect the accuracy of the age determination. Igneous rocks, particularly volcanic rocks like basalts or granites, are more suitable for radioactive dating because they form from the cooling of magma or lava and retain the isotopic compositions at the time of their formation.
Radioactive dating techniques, such as radiocarbon dating or uranium-lead dating, provide an absolute age for rocks by measuring the decay of radioactive isotopes within them. This helps determine the actual age of rocks rather than their relative age.
Sedimentary rock is not original source material, its rock that got ground into sand, settled (usually under water), got buried, and then got heated and squeezed back into a form of rock. Lots of sources.
Radioactive dating estimate the age of rocks.
would you use uranium-lead radiometric dating to finnd an igneous rocks age
Radiometric dating relies on the presence of radioactive isotopes that decay over time into stable isotopes. Sedimentary rocks are composed of weathered fragments of other rocks and minerals, so they do not usually contain the necessary radioactive isotopes for radiometric dating. This makes it difficult to directly date sedimentary rocks using radiometric methods.
igneous, granite etc
Igneous rocks
Absolute dating is best performed on igneous rocks formed from volcanic activity, as they contain radioactive elements that decay at a known rate and can be used to determine the rock's age. Sedimentary rocks are typically dated using the fossils contained within them, allowing for a relative dating technique rather than absolute dating.
they are used for radio carbon dating....and carbon 14
Rocks in general are not dated, but a fossil would be.