Yes, all elements have at least one radioactive isotope. Hydrogen has two isotopes, Deuterium and Tritium. H3 has a half life of 12.3 years.
Not all isotopes are radioactive. About half way up the atomic mass table, Tin appears to have the greatest number of stable isotopes - ten out of about 124 isotopes in all.
All Isotopes have the same chemical properties because: * they all have the same electrons in the OUTERMOST shell. * they all have the same electronic configuration.
All carbon isotopes have the same number of neutrons.
All the isotopes of an atom have the same number of protons but different number of neutrons.
The half-life of every isotope is different. Some elements and isotopes have half-lives in millions of years, while some elements have half-lives measured in milliseconds. You can look up all of the specifics for any element at webelements dot com.
Elements with no stable isotopes include technetium (element 43) and promethium (element 61) and all elements heavier than lead (elements 83 and higher). Bismuth, element 83, is virtually stable with an extremely long half life of 1.9 x 1019 years.
Some natural isotopes are stable or have half-lives greater than the age of the Universe. But other natural isotopes are radioactive and have finite half-lives. It all depends on the particular isotope.
Technetium (Tc) is the element that has no stable isotopes. All of its isotopes are radioactive with half-lives ranging from minutes to millions of years.
For the half lives of all curium isotopes see the link below.
It depends on the radioisotope. They do not all have the same half life.
No, not all radioactive isotopes be used in radiometric dating. Some have very very short half lives and would entirely disappear before any useful period of time passed.
All the isotopes of uranium and plutonium are radioactive; plutonium isotopes have a greater specific activity. For cerium: the isotopes 136Ce and 142Ce are possible to be radioactive but having very long half lives and a not significative radioactivity.
All Isotopes have the same chemical properties because: * they all have the same electrons in the OUTERMOST shell. * they all have the same electronic configuration.
100(.50)^.5 = 70.71%..50 represents the 50% remainder per half-life, taken to the power of .5 or the number of half-lives that pass, all multiplied by 100 to make the answer a percentage.
All carbon isotopes have the same number of neutrons.
All the isotopes of an atom have the same number of protons but different number of neutrons.
The half-life of every isotope is different. Some elements and isotopes have half-lives in millions of years, while some elements have half-lives measured in milliseconds. You can look up all of the specifics for any element at webelements dot com.
Because americium isotopes have not very long half lives any possible (probable) primordial americium disappeared many time ago.