That is exactly what a definition of an ion is. Ion's have charges. That's what they are. WHY? They lose or gain electrons.
By GAINING an electron, you have a negative (-) charge.
By LOSING an electron, you have a positive (+) charge.
Atoms are neutral particles. Ions are charged atoms.
Can atoms become neutral and howAtoms are already neutral because they have both protons which are positive charged and electrons which are negatively charged. it has to be nueral because of the the same number of both negative and positive particles.
Ionic compounds contain ions, there are no neutral molecules. These are often charged atoms as in NaCl but may be polyatomic ions such as NH4+ which contains covalent bonds
An ion is missing an electron - the outer, or valence electron - and so is negatively charged. An atom has no charge as it contains the same number of electrons as protons.
The ions that bond are charged, but the compound formed is neutral because the charges of the ions cancel each other.
Atoms are neutral particles. Ions are charged atoms.
Atoms are neutral on the Periodic Table. Ions consist of more or less electrons than atoms.
Atoms are electrically neutral. Charged species are known as ions.
Ions are formed when neutral atoms are either losing electron(s) or gaining electron(s) and thus are transformed to either positively or negatively charged ions.
Because there positive :P
by definition, ions are charged atoms. so a neutral ion doesn't exist
Atoms are neutral. Ions can be charged, either positive or negative.
Charged atoms are called ions.
a charged group of two or more nonmedal atoms is called a?
cations are positively charged ions formed by loss of electrons from the neutral atoms having 1,2,3 electrons in the outermost orbit
the positive and negative energy is no longer in balance causing the atom to become an ion+ or an ion-
Can atoms become neutral and howAtoms are already neutral because they have both protons which are positive charged and electrons which are negatively charged. it has to be nueral because of the the same number of both negative and positive particles.