You must check the mass number (A) - its place in the element's symbol (E) is:
AE
If A is different in the showed elements that means the these are different isotopes.
Hydrogen isotopes(12H) and the element formed is helium(24He).
Differences in IsotopesThey have different numbers of neutrons and therefore different mass numbers.
During nuclear decay, radioisotopes of one element can change into one or more isotopes of a different element altogether.
Actinium has 36 isotopes and 7 nuclear isomers.
Nuclear Isotopes are different types of atoms of the same chemical element having a different number of neutrons, which that chemical element is involved in the nuclear industry (e.g.: Uranium-235, Astatine-211, Americium-241). Most are very unstable, but a handful of them naturally occur on Earth (e.g.: Iodine-131, Carbon-14, Caesium-137) Nuclear Isotopes are radioactive and should be treated with extreme care! No joke here when handling even the safest of nuclear isotopes (just in case you were wondering, Uranium-235 or Depleted Uranium, is the safest nuclear isotope).
New elements(or isotopes of decaying element) are produced and energy is released
The radioactive elements plutonium or uranium are the elements that are used in nuclear weapons that create nuclear fission. Isotopes of hydrogen are used in nuclear weapons that create nuclear fusion.
Francium is only one chemical element: but francium has ca. 40 isotopes and nuclear isomers.
Hydrogen isotopes(12H) and the element formed is helium(24He).
Isotopes are formed either naturally through radioactive decay of elements or artificially through element irradiation by particles as neutrons, protons, electrons, or alpha particles in accelerators or nuclear reactors through nuclear fission or nuclear fusion reactions in nuclear reactors.supernovasparticle acceleratorsnuclear reactorsnuclear explosionsradioactive decay
Differences in IsotopesThey have different numbers of neutrons and therefore different mass numbers.
Yes, it is true for all chemical elements. But attention: isotopes of an element have different nuclear properties.
First of all, you should distinguish between isotopes, not elements. For example, U-235 (uranium 235) and U-238 are the same element, and have the same chemical properties, but for a power plant, they are completely different things. U-235 is often used; it is also possible to convert other isotopes, such as U-238, into isotopes that are useful for nuclear fission - in this example, a plutonium isotope.
During nuclear decay, radioisotopes of one element can change into one or more isotopes of a different element altogether.
Actinium has 36 isotopes and 7 nuclear isomers.
Nuclear Isotopes are different types of atoms of the same chemical element having a different number of neutrons, which that chemical element is involved in the nuclear industry (e.g.: Uranium-235, Astatine-211, Americium-241). Most are very unstable, but a handful of them naturally occur on Earth (e.g.: Iodine-131, Carbon-14, Caesium-137) Nuclear Isotopes are radioactive and should be treated with extreme care! No joke here when handling even the safest of nuclear isotopes (just in case you were wondering, Uranium-235 or Depleted Uranium, is the safest nuclear isotope).
Radioactive elements break down in to stable isotopes through nuclear decay. The list of isotopes from a nuclear isotope to a stable isotope is called its decay chain.