NO. 1) Carbon is not a common component of rocks. 2) C14's half life is too short.
Precambrian rocks contain relatively fewer fossils than rocks from different eras. This may be due to the fact that the rocks from this era were subject to a lot of heat and pressure, or were exposed to erosion.
Nickel and Iron
You cannot. Carbon dating is not useful for dating things more than about 50,000 years old. You would have to use a different radioisotope to date something 10 million years old. Potassium-Argon dating would work for some rocks.
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.
"Dating for beginners" could be a title for a project on rock dating.
It is not useful in dating rocks. Only organic substances in terrestrial conditions. No carbon in rocks.
they are used for radio carbon dating....and carbon 14
During the precambrian.
You cannot use carbon dating to determine the age of rocks and minerals. Carbon dating only works on samples of once living materials.
Carbon Dating
Paleontologists use carbon dating to determine the age of rocks.
Precambrian rocks contain relatively fewer fossils than rocks from different eras. This may be due to the fact that the rocks from this era were subject to a lot of heat and pressure, or were exposed to erosion.
Because it was created in the precambrian era...The Candadian Shield was formed in the Precambrian Era.The rocks of the Canadian Shield formed during the Precambrian time.
Nickel and Iron
carbon dating
Because it was created in the precambrian era...The Candadian Shield was formed in the Precambrian Era.The rocks of the Canadian Shield formed during the Precambrian time.
Because it was created in the precambrian era...The Candadian Shield was formed in the Precambrian Era.The rocks of the Canadian Shield formed during the Precambrian time.