An atom that gains or loses electrons is called an ion. If it gains electrons, it results in a negative ion called an anion. If it loses electrons, it results in a positive ion called a cation.
They are called ions! Positive ions are called cations. Negative ions are called anions.
An atom that gains or loses electrons is called an ion.
It is an ion. That is to stability
This is an ion (anion or cation).
Why atoms form ions? Atoms form ionsin order to help another to obtain a full octet and to stabilize the valence shell. What happens when an atom forms a ion. charles jimingo
Electrons have a negative charge, so they are usually written as "e-". When an atom loses an electron, the net charge on the atom increases.Suppose a hydrogen atom is hanging out (note that hydrogen is diatomic, but ignore that part for now) and somehow loses its electron. The electron will get taken up by something else with a positive charge (opposite charges attract each other). In general it would look something like the following:H -> H+ + e-This positively charged hydrogen (H+ on the products side) is considered a Cation (cation's are positive as they have a T in them that looks like a +, anions don't have a T so they are what we call negatively charged anions).
When an atom has missing or extra electrons, it is called an ion. When an atom has missing or extra neutrons, it is called an isotope. Atoms can have missing or extra protons, but I do not believe that there is a specific name for that type of atom, or at least to my knowledge.
Ion.
An atom has three charges: protons which are +, electrons which are - and neutrons which have neither. They balance each other out. If electrons are lost, the atom now has more protons and the atom becomes positive.
When and atom loses or gains enery, it becomes positivly or nevetivly charged and can become an ion.
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The net charge of an atom is always zero, because if an atom gains or loses electrons, causing it to acquire a net charge, we then call it an ion, rather than an atom.
All atoms are electrically neutral. If an atom gains or loses an electron, we call it an "ion" rather than an atom.
You call it an ion of that isotope. Let's use carbon-14 for example. If a carbon-14 atom gains/loses an electron, you simply call it a "carbon-14 ion".
No An atom may have less, the same, or more neutrons than protons. The number of neutrons determine which isotope of an element you have. You do expect the number of protons and electrons to be the same however. If an atom loses or gains an electron to cause the number of electrons and protons to be mismatched we call that an ion rather than an atom.
Why atoms form ions? Atoms form ionsin order to help another to obtain a full octet and to stabilize the valence shell. What happens when an atom forms a ion. charles jimingo
It is not always easy to tell whether an atom will lose or gain an electron in a reaction. However, this is a general rule that applies in many cases. Simply put, the atom with the higher electronegativity will gain an electron and the atom will a lower electronegativity will lose an electron.
Electrons have a negative charge, so they are usually written as "e-". When an atom loses an electron, the net charge on the atom increases.Suppose a hydrogen atom is hanging out (note that hydrogen is diatomic, but ignore that part for now) and somehow loses its electron. The electron will get taken up by something else with a positive charge (opposite charges attract each other). In general it would look something like the following:H -> H+ + e-This positively charged hydrogen (H+ on the products side) is considered a Cation (cation's are positive as they have a T in them that looks like a +, anions don't have a T so they are what we call negatively charged anions).
This is a cation (positive ion).
This is a cation (positive ion).
When an atom has missing or extra electrons, it is called an ion. When an atom has missing or extra neutrons, it is called an isotope. Atoms can have missing or extra protons, but I do not believe that there is a specific name for that type of atom, or at least to my knowledge.