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Given the Following Information: Br2 Bond Energy = 193 KJ/mol \to

Question 51

Multiple Choice

Given the following information: Br2 bond energy = 193 kJ/mol
F2 bond energy = 154 kJ/mol  Given the following information: Br<sub>2</sub> bond energy = 193 kJ/mol F<sub>2 </sub>bond energy = 154 kJ/mol   Br<sub>2</sub>(g) +   F<sub>2</sub>(g)  \to BrF<sub>3</sub>(g)   \Delta H° = -384 kJ/mol Calculate the Br-F bond energy. A) 244 kJ/mol B) 237 kJ/mol C) 712 kJ/mol D) 128 kJ/mol E) none of these Br2(g) +  Given the following information: Br<sub>2</sub> bond energy = 193 kJ/mol F<sub>2 </sub>bond energy = 154 kJ/mol   Br<sub>2</sub>(g) +   F<sub>2</sub>(g)  \to BrF<sub>3</sub>(g)   \Delta H° = -384 kJ/mol Calculate the Br-F bond energy. A) 244 kJ/mol B) 237 kJ/mol C) 712 kJ/mol D) 128 kJ/mol E) none of these F2(g) \to BrF3(g)
Δ\Delta H° = -384 kJ/mol
Calculate the Br-F bond energy.


A) 244 kJ/mol
B) 237 kJ/mol
C) 712 kJ/mol
D) 128 kJ/mol
E) none of these

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