In order for an atom to become an ion, removing or adding an electron should be done. The mass number remains the same because this indicates the number of protons and neutrons and not of electrons.
Oxygen can ionize by losing electrons to form a positively charged ion. This can occur when an oxygen atom gains enough energy to overcome the attraction of its electrons, causing one or more electrons to be ejected from the atom. The resulting oxygen ion will have a positive charge due to the loss of negatively charged electrons.
On, flouride gains an electon when it ionizes.
A weak acid.
When water ionizes, it breaks down into hydrogen ions (H+) and hydroxide ions (OH-). This process involves the transfer of a proton from one water molecule to another, resulting in the formation of these ions.
The resulting H is a positive ion (cation). It is H+, also known as a proton.
When a chlorine atom ionizes, it gains one electron to become the chloride ion with a charge of -1.
sulfide ion
Oxygen can ionize by losing electrons to form a positively charged ion. This can occur when an oxygen atom gains enough energy to overcome the attraction of its electrons, causing one or more electrons to be ejected from the atom. The resulting oxygen ion will have a positive charge due to the loss of negatively charged electrons.
Well, ionizes means to purify, so basically your purifying water, good enough answer for u?
When AlBr3 ionizes, it will produce one Al3+ ion and three Br- ions.
No. A strong base ionizes completely, while a weak acid only ionizes partially.
A strong acid ionizes partially in water while a weak acid ionizes fully in water.
A molecular compound that ionizes in water to produce protons is a Brønsted-Lowry acid.
An acid.
An electrolyte.
Yes they can do it. That is because of + charge.
A base that only partly ionizes in a solution is considered a weak base. This means that only a small fraction of the base molecules will ionize to release hydroxide ions in the solution. Examples of weak bases include ammonia (NH3) and methylamine (CH3NH2).