At high temperatures what do CFCs and HCFCs decompose to?

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Multiple Choice

At high temperatures what do CFCs and HCFCs decompose to?

Explanation:
When CFCs and HCFCs are heated to high temperatures, the bonds holding chlorine and fluorine break. The chlorine and fluorine atoms then grab hydrogen that’s available, forming hydrochloric acid and hydrofluoric acid as the characteristic decomposition products. The others listed aren’t formed from these molecules simply by high-temperature decomposition because they don’t contain sulfur or nitrogen, and they aren’t sources of ammonia. The defining outcome here is the creation of the halogen acids HCl and HF.

When CFCs and HCFCs are heated to high temperatures, the bonds holding chlorine and fluorine break. The chlorine and fluorine atoms then grab hydrogen that’s available, forming hydrochloric acid and hydrofluoric acid as the characteristic decomposition products. The others listed aren’t formed from these molecules simply by high-temperature decomposition because they don’t contain sulfur or nitrogen, and they aren’t sources of ammonia. The defining outcome here is the creation of the halogen acids HCl and HF.

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