Yes, as an example carbon-14 and nitrogen-14 are two isotopes of different elements with the same mass number.
Other examples include hydrogen-3 and helium-3,
argon-40, calcium-40, and potassium-40
iron-58 and nickel-58 are both stable isotopes.
Potassium-40 is an interesting radioisotope that decays to argon-40 by beta decay. This decay path is used to put dates on ancient objects.
Calcium-40 is a stable isotope.
Hydrogen-3 emits a beta particle and thence decays to helium-3.
Helium-3 is the only nontrivial stable isotope that has fewer neutrons than it has protons.
Nitrogen-14 is the most common isotope in the Universe that has and odd number of protons and an odd number of neutrons. It is more common than hydrogen-2 or lithium-6.
Beryllium-9 is the only stable isotope of an element -- that only has one stable isotope -- that has an even number of protons (4) and an odd number of neutrons (5).
No, 2 isotopes of the same element have the same number of protons, but different number of neutrons. It is these 2 particles that determine Atomic Mass.
Absolutely not. Having the same atomic number but two different atomic mass numbers is what MAKEs them isotopes.
no but they can be ions
Mass number is term used for isotopes, not for elements. And it is boring to list here all the isotopes of the first 20 elements.
isotopes of a given element have the same atomic number (or number of protons) but vary in the number of neutrons and hence the mass number.
No. By definition isotopes of an element have the same number of protons (that is what makes them uranium, for example) but different numbers of neutrons (neutral particules in the nucleus which provide mass).
The two notations represent atoms that are isotopes of the same element is 121 Sn and 119 Sn. The atomic mass of an element is defined as the weighted average mass of that elements naturally occurring isotopes.
We can find atomic mass and mass number in chemical elements. Atomic mass is about weight of the atom. Mass number is about total of neutrons and protons.
The atomic number of the isotopes of an element is identical; the mass number is different.
Since you have isotopes of elements. Isotopes are elements with different number of neutrons hence why the different atomic masses for the same elements.
ISotopes
Because of the difference in mass number. Isotopes must have different numbers of neutrons.
The isotopes of the same element has the same atomic number. But the mass number (atomic mass) is different.
Elements have different isotopes and each isotope will have different atomic mass. As such it is not possible to list the mass number of all the isotopes on the periodic table. However, the atomic mass is generally given on the periodic table which is generally calculated taking into account all the isotopes and its percentage.
Isotopes of elements vary by number of neutrons and thus by mass.
Mass number is term used for isotopes, not for elements. And it is boring to list here all the isotopes of the first 20 elements.
isotopes of a given element have the same atomic number (or number of protons) but vary in the number of neutrons and hence the mass number.
No. By definition isotopes of an element have the same number of protons (that is what makes them uranium, for example) but different numbers of neutrons (neutral particules in the nucleus which provide mass).
The two notations represent atoms that are isotopes of the same element is 121 Sn and 119 Sn. The atomic mass of an element is defined as the weighted average mass of that elements naturally occurring isotopes.
isotopes of the same element have different mass number