You add or remove one or more neutrons from each atom.
Yes, synthetic elements and transition elements can produce isotopes. Synthetic elements, which are typically created in laboratories through nuclear reactions, often have unstable isotopes that decay over time. Transition elements, while many are stable, also have isotopes that can be either stable or radioactive, depending on the element and its nuclear configuration. The variety of isotopes in both categories can have applications in fields such as medicine, industry, and research.
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Elements with no stable isotopes are called radioactive elements. These elements spontaneously undergo radioactive decay, which leads to the formation of stable isotopes over time.
There are many elements that have only one naturally occurring isotope. When you get to transuranic elements the elements all have no naturally occurring isotopes. But all elements have isotopes, they just have to be created, maybe in a nuclear reactor or particle accelerator or a supernova explosion.
During some radioactive explosion/exposure the atoms combine and if they stay stable they from with extra amounts of protons. Isotopes are when two or more elements have the same number of protons, but different number of neutrons.
From hydrogen, isotopes of helium are formed through nuclear reactions.
Yes, synthetic elements and transition elements can produce isotopes. Synthetic elements, which are typically created in laboratories through nuclear reactions, often have unstable isotopes that decay over time. Transition elements, while many are stable, also have isotopes that can be either stable or radioactive, depending on the element and its nuclear configuration. The variety of isotopes in both categories can have applications in fields such as medicine, industry, and research.
New elements(or isotopes of decaying element) are produced and energy is released
Probably not, no.
Big Bang nucleosynthesis produced stable isotopes for:Hydrogen(Deuterium)HeliumLithium
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My guess is that there are isotopes and ions of each element that count as different atoms.
Neon with an extra neutron would be considered an isotope of neon. Isotopes have the same number of protons but a different number of neutrons. Since it still has the same number of protons (and thus still the same atomic number), it remains an ion.
Elements with no stable isotopes are called radioactive elements. These elements spontaneously undergo radioactive decay, which leads to the formation of stable isotopes over time.
There are many elements that have only one naturally occurring isotope. When you get to transuranic elements the elements all have no naturally occurring isotopes. But all elements have isotopes, they just have to be created, maybe in a nuclear reactor or particle accelerator or a supernova explosion.
All of the isotopes in an element's atomic masses divided by the amount of isotopes there are is the weighted-average mass of the mixture of an elements isotopes.
Isotopes are found in nature, in elements that have different versions of the same atom with varying numbers of neutrons. They are also artificially produced in laboratories through nuclear reactions. Isotopes play important roles in various scientific and industrial applications.