Question

the bond between the group 2 and group 17 elements is formed by​

Answer 1

Explanation:

The bond between two elements in group 17[VIIA) of the periodic table is likely to be lonac/cova In the reaction of Cl2 + 2KI → KCl + the conversion of 21 tol, is deemed as _[oxidation/reduce The covalent molecule containing three single covalent bonds is.

Answer 2

The group 2 and group 17 bond is $Cl_{2} + KI_{2} + KCl + 21$.

Explanation:

• The bond between two elements in group 17 of the periodic table is likely to be lonac/cova.
• Therefore, the $Cl_{2} + KI_{2} + KCl + 21$ reaction total is regarded as an oxidation/reduction.

OXIDATION:

• Oxidation occurs when an electron is removed from a molecule during a chemical reaction.
• In other words during oxidation, electrons are lost. There is an opposite process of oxidation called reduction, which produces electron gains.

REDUCTION:

• Any of a class of chemical reactions in which the number of electrons associated with an atom or group of atoms is increased.
• The electrons taken up by the substance reduced are supplied by another substance which is thereby oxidized.