The compound CF 3 CHClF is being considered as areplacement for CBrF 3 as a fire
ID: 683557 • Letter: T
Question
The compound CF3CHClF is being considered as areplacement for CBrF3 as a fire-extinguishing agentbecause CBrF3 has been shown to deplete stratosphericozone. What are the most probable products if a molecule ofCF3CHClF is bombarded with high-energy photons? Please EXPLAIN your answer. A. CF3 + CHClF B. CF2CHClF + F C. CF3CHF + Cl D. CF3CClF + H Bond Bond Energy, kJ mol-1 C-C 346 C-Cl 327 C-F 485 C-H 411 The compound CF3CHClF is being considered as areplacement for CBrF3 as a fire-extinguishing agentbecause CBrF3 has been shown to deplete stratosphericozone. What are the most probable products if a molecule ofCF3CHClF is bombarded with high-energy photons? Please EXPLAIN your answer. A. CF3 + CHClF B. CF2CHClF + F C. CF3CHF + Cl D. CF3CClF + H Bond Bond Energy, kJ mol-1 C-C 346 C-Cl 327 C-F 485 C-H 411 C-C 346 C-Cl 327 C-F 485 C-H 411Explanation / Answer
We Know that : Lower the bond - dissociation energy easier tocleave the the bond between the atoms. When CF3CHClF is bombared withhigh - energy photon the Product C is formed as the cleavageof C-Cl bond is very easy which can be interpretedfrom their bond energy. CF3CHClF + photon ---------> CF3CHF + ClRelated Questions
Hire Me For All Your Tutoring Needs
Integrity-first tutoring: clear explanations, guidance, and feedback.
Drop an Email at
drjack9650@gmail.com
drjack9650@gmail.com
Navigate
Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.