Radioactive isotopes are used to test wear and tear inside a car engine.
Radioactive isotopes are used in detecting and preventing the corrosion of metals.
Absolute dating is a radioactive isotope the geologist can use to learn the exact age of the rock.
The principle behind the use of radioactive tracers is that an atom in a chemical compound is replaced by another atom, of the same chemical element. The substituting atom, however, is a radioactive isotope. This process is often called radioactive labeling.
Radioactive isotopes are used for radioactive dating. For example, you would use radioactive isotope Carbon-14 to date anything under 70,000 years that was once living. Radioactive isotopes decay from their parent isotope to daughter isotope at a constant rate (under any circumstances). The rate at which a parent isotope decays to its daughter isotope is considered one half life. Carbon-14 has a half life of 5730 years and its daughter isotope is Nitrogen-14. In order to determine how old something is you have to find out how much of the parent isotope is present in relation to the daughter.
Yes because they look at the ammount of radioactive decay and they can determine the age of the granite. As the radioactive isotope decreases the non radioactive element increases. The less radioactive decay ammount there is the older it is.
Radon is naturally produced by the radioactive decay of Uranium, through Radium. There is no industrial or laboratory production of it, since ot has no practical use and is highly radioactive itself.
Absolute dating is a radioactive isotope the geologist can use to learn the exact age of the rock.
Absolute dating is a radioactive isotope the geologist can use to learn the exact age of the rock.
The principle behind the use of radioactive tracers is that an atom in a chemical compound is replaced by another atom, of the same chemical element. The substituting atom, however, is a radioactive isotope. This process is often called radioactive labeling.
It is radioactive. ------------------------------- Incorrect answer: americium-241, the usual isotope in smoke detectors is more radioactive.
Radioactive isotopes are used for radioactive dating. For example, you would use radioactive isotope Carbon-14 to date anything under 70,000 years that was once living. Radioactive isotopes decay from their parent isotope to daughter isotope at a constant rate (under any circumstances). The rate at which a parent isotope decays to its daughter isotope is considered one half life. Carbon-14 has a half life of 5730 years and its daughter isotope is Nitrogen-14. In order to determine how old something is you have to find out how much of the parent isotope is present in relation to the daughter.
The basic idea is to compare the abundance of a naturally occurring radioactive isotope within a material to the abundance of its decay products; it is known how fast the radioactive isotope decays.
Yes because they look at the ammount of radioactive decay and they can determine the age of the granite. As the radioactive isotope decreases the non radioactive element increases. The less radioactive decay ammount there is the older it is.
radioactive dating
Radon is naturally produced by the radioactive decay of Uranium, through Radium. There is no industrial or laboratory production of it, since ot has no practical use and is highly radioactive itself.
If you use a heavier isotope of iodine, it should be radioactive.
phosphorus - 32P
Radiolabel the sugar oxygens, then carry out the reaction and see if the carbon dioxide that's released is radioactive or not. Alternatively, you could use radioactive oxygen gas.