Explain the formation of the compound in the following reaction.
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Potassium (At. No. 19) and chlorine (At. No. 17) form a compound. Explain the formation of the compound on the basis of: reduction

Potassium (At. No. 19) and chlorine (At. No. 17) form a compound. Explain the formation of the compound on the basis of: oxidation

Potassium (At. No. 19) and chlorine (At. No. 17) form a compound. Explain the formation of the compound on the basis of: reducing agent.

Explain, the formation of interstitial compound in transition elements.

Explain the formation of (B), (C ) and (D) in the given reaction:

Explain the formation of (B), (C ) and (D) in the given reaction:

Give an example of a combustion reaction whose standard enthalpy change in equal to the standard enthalpy of formation of the compound formed in the reaction.

Explain the following terms Compound