an ion has a different number of electrons and an isotope has a different number of neutrons then listed on the Periodic Table or your sample
A chromium ion is not neutral. By definition an ion is not neutral. All atoms belong to an isotope, but that has nothing to do with whether the atom is ionized or not.
ion
Ions are charged.
The number of neutrons of an isotope is the difference between the mass number of the isotope and the number of protons (equal to atomic number).
In one atom of cobalt ion, the number of neutrons can vary based on the isotope. The most common isotope of cobalt is cobalt-59, which has 33 neutrons.
an ion is when an element loses or gains one or more electrons. an isotope is when a element loses or gains one or more neutrons. when one or more proton(s) is/are gained or lost, it becomes a different element.
A chromium ion is not neutral. By definition an ion is not neutral. All atoms belong to an isotope, but that has nothing to do with whether the atom is ionized or not.
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It can be both.
Yes, an isotope can also be an ion. An isotope is a variant of an element with the same number of protons but a different number of neutrons, while an ion is an atom or molecule with a net electric charge due to the loss or gain of electrons.
ion
Ions are charged.
The Bohr model of a chlorine atom represents the neutral state of the atom, with 17 protons and an average number of neutrons for that specific isotope. An isotope of chlorine will have a different number of neutrons, leading to a different atomic mass but the same number of protons. An ion of chlorine will have gained or lost electrons, resulting in a different number of electrons compared to a neutral atom.
An alumimium atom is electrically neutral and it is an isotope of aluminum.
The number of neutrons of an isotope is the difference between the mass number of the isotope and the number of protons (equal to atomic number).
they all have the same element with the same number
The number of neutrons is different for each isotope.