Question

What are the similarities and differences between ions and radicals?

Answer 1

We know that the radical ions are free radicals that have charge on them. These are mainly seen as reactive intermediates in organic chemistry. These ions can have positive or negative charges on it. Depending on its charge, it is acidic and basic.

Complete answer:
As we know that the A radical is an atom or group of atoms of an equivalent or of various elements that behave as one unit with a positive or charge. A radical could also be a basic radical having a positive charge, that is, cation. A radical could also be an acidic radical having a negative charge, that is, anion. They can form chemical formulae by using combining power because they have their own combining power. A compound called sodium hydroxide, also known as lye or caustic soda. We know it very well and know about its ionisation. Recall the ions which were formed in its ionisation of sodium hydroxide.

Sr No.	Ions	Radicals
A particle is associate atom of a part or a bunch of atoms of various components that behave as one unit.	Radical is that the atom of a part or a bunch of atoms of various components that has a minimum of one unmated negatron.
Ion has positive and negative charge on it	In radical neutral, positive, and negative in charges area unit there.
A molecule of salt $\left( N{{a}_{2}}C{{O}_{3}} \right)$ has two components, atomic number $11~\left( N{{a}^{+}} \right),$ and carbonate $\left( CO_{3}^{2-} \right).$ Here, atomic number $11$ could be a positive particle and carbonate could be a negative particle.	For radical, Elemental element and chemical group area unit the (simplest the most effective) samples of simple free radicals.
Electrons in ions area unit paired In radical one unmated of negatron is gift.	Compared to radicals ions area unit stable Compared to ions, radicals area unit unstable.
Ions area unit shaped because of heterolytic fission.	Radical’s area unit shaped because of hemolytic fission.

Note:
Remember that the radical is an atom, molecule, or ion that has an unpaired valence electron. Generally, we think that basic radical means that negative ion but it is false. But it is the opposite of it, so keep it in mind. There are neutral radicals that are radicals without any charge on them. Example for neutral radicals is methyl radical.