Well, if you're asking about valence electrons, there are 3. Otherwise, there are a total of 13 electrons in a neutral Aluminum atom Electron Configuration [Al]: 2 - 8 - 3
13 electrons are present in the atom, but no electrons are in the nucleus. The nucleus is made up of protons and nuetrons with electrons orbiting the nucleus.
The aluminium ion Al3+ has 10 electrons.
Aluminum contains 13 electrons.
Aluminium, Al
I do not understand the question Aluminium forms the Al3+ ion Aluminium is a metal and one description of metal bonding is that metals are latttices of ions surrounded by electrons.
3 valence electrons.
Polarizing power: Polarising power is the ability of an atom or group of atoms to attract the shared pair of electrons toward itself. For example: If you have aluminium chloride.... the aluminium ion has a 3+ charge and is relatively small. The chlorine ion has a 1- charge and is larger than the aluminium ion. As a result...the aluminium ion has a higher charge density (i.e. a stronger attraction) and so attracts the shared pair of electrons (between the chlorine and aluminium) towards itself. we say aluminium has high polarising power because of its ability to do this. And the chlorine is easily polarised because the electrons get taken away from it.
an aluminum atom will lose the 3 electrons on its outer shell 2 for an aluminum ion.
It would become an Aluminum ion that has a 3+ charge
Aluminium, Al
Aluminium 3+(Al3+)
Aluminium emit 3 electrons. It makes aluminium ion.
I do not understand the question Aluminium forms the Al3+ ion Aluminium is a metal and one description of metal bonding is that metals are latttices of ions surrounded by electrons.
The neutral atom of aluminium has 13 electrons.
Aluminium should gain 5 electrons or lose 3 electrons. It will normally lose 3 electrons to form Al3+ ion, rather than gaining 5 electrons and forming Al5- ion.
3 valence electrons.
The atomic number of Aluminium is 13. But the aluminium ion is lacking 3 electrons, so its electron configuration (10 e-) is as follows: 1s2 2s2 2p6 or in it abreviated form: [Ne] as it has the same number of electrons of Neon
Polarizing power: Polarising power is the ability of an atom or group of atoms to attract the shared pair of electrons toward itself. For example: If you have aluminium chloride.... the aluminium ion has a 3+ charge and is relatively small. The chlorine ion has a 1- charge and is larger than the aluminium ion. As a result...the aluminium ion has a higher charge density (i.e. a stronger attraction) and so attracts the shared pair of electrons (between the chlorine and aluminium) towards itself. we say aluminium has high polarising power because of its ability to do this. And the chlorine is easily polarised because the electrons get taken away from it.
an aluminum atom will lose the 3 electrons on its outer shell 2 for an aluminum ion.
The cation would be either sodium, magnesium or aluminium. The only oxyanion with 26 electrons is the hypochlorite ion. So the compound is sodium/magnesium/aluminium hypochlorite.