A neutral atom is uncharged. An ion is an atom with a charge. For an atom to become charged it must lose or gain one [or more] electrons.
A substance can appear in its ionic form only after it is dissolved in water. This is called an aqueous solution. For example, LiF = Li+1(aq) and F-1(aq).
A neutral fluorine atom contains {10 neutrons & } 9 protons and 9 electrons. It shares the Group VII A Periodic Classification , the Halogens , with chlorine, bromine, iodine and 3 others. This Group forms negative ions. Its members are (in terms of chemical bonding) HAPPIEST when they accept an electron, seeking to create a [shared pairing of electrons] chemical bond and become neutrally bound to an atom that is (in water) a positive ion.
The most common occurrence of Halogen (-ve 1) chemical bonding is with the Group I A elements , the Alkali metals (+ve 1) , lithium, sodium and potassium being the first three of the Group. Any combination of elements of these two Groups are commonly known as the salts.
So the fluorine atom in question, as a solid, shares its crystalline form with either a Group I A or Group II A atom.
The first thing that happens to the atom after it is mixed with water is that it becomes an ion. After this, Fluorine -1 (aq) is available to accept one electron from any atom that has one to spare, forming a shared-electron chemical bond.
Fluorine has 7 valence electrons and its goal is to have 8, meaning it will gain one electron if possible. To do that, it has to "steal" an electron from another atom that is willing to give it up. For example, sodium (Na) wants to lose an electron and can give it to fluorine, thereby forming the ionic compound NaF (composed of ions Na+ and F-).
When a fluorine atom gains an electron it gains a negative charge.This is fluoride ion.
When a fluorine atom becomes an ion it will gain an electron and decrease in size.
By obtaining an electron. It makes them stable
By losing or gaining Electrons
it acts as an equal sign --> is the same thing as = in a chemical reaction. Or perhaps better is interpreted as 'becomes' and indicates the direction of the reaction.
This is a chemical process: a hydration reaction occur.
Oxygen can be consumed by a chemical reaction, such as fire, in which case the oxygen is not destroyed but becomes part of another substance.
As fluorine is more electronegative than oxygen, fluorine acts as the electron acceptor in the compounds with oxygen. As fluorine becomes partially negative charged and positive for oxygen, they are called fluorides.
Um, the addition of acid to anything is a chemical reaction! One Acid is applied to Zinc it becomes something else. So a chemical property, I guess, this question really makes no sense.
Your car runs on a chemical reaction because the combustion of gas is actually a chemical reaction. As the fuel turns to a spark or flame, the reaction becomes chemical
no. chemical reaction requires a new substance to be created
chemical property is any of a material's properties that becomes evident during a chemical reaction
A chemical reaction
The apparatus becomes hot.
Fluorine decreases in size when it becomes an ion.
it acts as an equal sign --> is the same thing as = in a chemical reaction. Or perhaps better is interpreted as 'becomes' and indicates the direction of the reaction.
the colour becomes brown. there is no chemical reaction
Yes, frying an egg is an example of a chemical change that is the result of chemical reactions.
In a chemical reaction, a substance becomes a different substance. Ex. Iron becomes rust when it reacts with oxygen They are important because common life processes require chemical reactions.
It is no longer an element but it becomes a compound. And becomes what is known as a mixture.
This is a redox reaction. Since we have the following reaction: Ni + F2 --> Ni2+ + 2F- which is equivalent to (NiF2) The oxidation state of nickel increases by 2 - it is oxidized (Oxidation Is Loss: OIL) . The oxidation state of fluorine atoms decreases by 1, they are reduced (Reduction Is Gain: RIG).