No. sodium is an alkali metal element that has 12 neutrons, 11 protons and 11 electrons in it's compositional make up.
magnesium has 1 more proton than sodium. Magnesium belongs to group-2
Table 'Salt' is NaCl Sodium Chloride and is not a proton donor has it has no hydrogen to donate
Actually, the element Sodium has eleven (11) electrons. You can tell by its Atomic number. (The number at the top left side of the element's box.)The Atomic number is both the element's proton and electron number.
That depends on which isotope of sodium you are talking about. Sodium always has 11 protons. The atomic mass of sodium is about 23, meaning there are, on average, 12 neutrons, so the average neutron to proton ratio for sodium is 12:11.
The proton is a positively charged subatomic particle
If sodium gained a proton it would be Mg.
magnesium has 1 more proton than sodium. Magnesium belongs to group-2
The atom of sodium has got 11 protons.
Sodium has 11 protons. The atomic weight of sodium is 22,989 769 28(2).
Neon, Ne
A sodium ion has one more proton than electrons, as the outermost electron has been lost.
If there is 11 protons then that would be Na or Sodium.
They are the smallest bits of sodium possible that retain the chemical properties of sodium. Atoms of sodium can be broken into their component particles, but below the level of atom, all the particles of a given kind are indistinguishable. A proton from a sodium atom, for example, is indistinguishable from a proton taken from an atom of mercury. Sodium atoms consist of 11 protons and 11 electrons; its atomic number is 11. It has 12 neutrons. It is an alkali metal with a cubic crystal structure.
The proton number of Sodium is 11. The mass number is just under 23 (22.989...). This is because of the different isotopes of sodium and there scarcity.
it contains 1 more proton that electron.
Basic because when sodium borohydride is placed in water, the sodium ion and the borohydride ion split, borohydride abstracts a proton (in the form of H+) from a water molecule.
A base. In solution sodium hydroxide breaks down to, Na(+) and OH(-) the OH(-) can accept a proton and thus fulfills the definition of a base