The charge on a magnesium ion with 10 electrons (Mg2+) is +2.
First you want to start with how many electrons there are in a neutral atom. In a neutral atom, the number of electrons equals the number of protons, which equals the atomic number, which is eight in this case. When becoming an ion and reacting with other elements in an ionic bond, oxygen will gain two electrons. So we just add two onto the number in a neutral atom for a total of ten.
Ten nonbonding electrons and 14 bonding electrons are in acetyl chloride.
Removing ten electrons would have a larger effect on the mass of an aluminum atom than removing one neutron. Electrons have very little mass compared to protons and neutrons, so removing ten electrons would significantly decrease the mass of the atom. Neutrons contribute roughly the same mass as protons, so removing one neutron would have a smaller impact on the overall mass of the atom.
The ten most abundant elements in the human body are oxygen, carbon, hydrogen, nitrogen, calcium, phosphorus, potassium, sulfur, sodium, and chlorine. In the Earth's crust, the most abundant elements are oxygen, silicon, aluminum, iron, calcium, sodium, potassium, magnesium, titanium, and hydrogen. In the ocean and atmosphere, the most abundant elements are oxygen, hydrogen, chlorine, sodium, magnesium, sulfur, calcium, potassium, carbon, and nitrogen.
The d-block elements have two electrons in their outermost s sublevels. The group 3 elements have one d electron in their outermost d sublevel, the group 4 elements have two d electrons, adding one additional d electron with each subsequent group until group 12 in which the elements have ten d electrons.
The element that forms a 3+ ion with ten electrons is sodium (Na). Sodium has 11 protons and normally has 11 electrons, but when it loses 3 electrons to form a 3+ ion, it has a total of 10 electrons.
A sodium atom contains eleven electrons and has a net neutral electrical charge, because the atom also contains eleven protons. A sodium ion contains only ten electrons and has an electrical charge of +1, because it also contains 11 protons.
9. The proton count remains the same; ionization is merely an electron dependent process. An F- ion has 10 electrons in its cloud.
-2
its charge is 0. Protons have a positive charge, while electrons have a negative charge (neutrons have no charge at all). So ten protons will balance out ten electrons, making the net charge 0.
There is no atom or element that has one proton, one neutron and ten electrons. Duterium has one proton, one neutron and one electron (in a neutral atom). Tritium has one proton, two neutrons and one electron (in a neutral atom), but that is the closest. In any neutral atom the number of electrons will equal the number of protons in the nucleus of that atom. An atom with one proton in its nucleus and 10 electrons just isn't possible.
A Bohr diagram for a sulfide ion would consist of ten electrons distributed in three energy levels around the nucleus. The first energy level would have two electrons, the second energy level would have eight electrons, and the third energy level would have none.
Assuming that you're talking about one sodium atom and that it's not charged,the number of electrons will have to be 11.Source:http://www.chemicalelements.com/elements/na.html
ten electrons. If u look on the worksheet it says that neutrons are particles with no charge
Sodium, an Alkali Metal from Group 1 of the periodic table, is the element with atomic number 11. That means it has 11 protons in its nucleus. A neutral atom of sodium will have 11 electrons around it. There will be a one-to-one correspondence between protons and electrons. An ion of sodium (or any other element) will have an unequal number of protons and electrons in it. That's the difference. Sodium atoms have a single valence electron in their valence shell. When we encounter sodium ions, we find them to have "loaned out" that valence electron, and they have an overall charge of +1 now. We write Na+1 or Na+ to indicate this ion. It makes sense when you look at that notation because the 10 electrons remaining around a sodium atom cannot balance the charge of the 11 protons in the nucleus. It's that simple. Lastly, any atom with an unbalanced (unequal) number of positive and negative charges will have an overall charge, and is considered an ion. Note that sodium is very reactive, and we don't find it free in nature. It is always found in combination with another or other elements in compounds. The most common sodium compound we find is NaCl, which is sodium chloride, or table salt. When you put salt in water, it "comes apart" into sodium and chlorine ions in the water. The sodium atoms will be in there with their 11 protons in the nuclei, and will have 10 electrons about them. The chlorine atoms will have "borrowed" or "stolen" one of the electrons from sodium, and the atoms of chlorine will be wandering around with an extra electron - the one they borrowed from sodium. A link can be found below for more information.
The noble gas neon has ten protons and an equal number of electrons.
A chromium ion has the atomic number 24. This means that a neutral atom has 24 electrons. Because it has the net charge of positive three, it has 21 electrons.