13 b 13. Consider the following reaction: CH(g) + HBr (g) CH3Br (g) (CH3Br has 2 hydrogens...

13 b

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13. Consider the following reaction: C₂H₂(g) + HBr (g) C₂H3Br (g) (C₂H3Br has 2 hydrogens attached to one carbon, and one hydrogen and a bromine attached to the other carbon (and the two carbons are attached to each other)) (a) Draw the Lewis structures for HBr and C₂H,Br in the reaction above: H-Bri H-C=C-H H (b) What two electrons are lost to form Ni²+? H -C=CIH 11 Br (b) Calculate the enthalpy of the overall reaction (AH) using the bond dissociation energies in your book, and using the structure of C₂H₂ below (Use 285 kJ/mol as the bond dissociation energy for the C-Br bond). 7/148 14. (a) Draw the complete energy orbital diagram for Ni (with correct placement of relative energy levels of the orbitals); fill in the orbitals with the Ni electrons. 13. Consider the following reaction: C₂H₂(g) + HBr (g) C₂H3Br (g) (C₂H3Br has 2 hydrogens attached to one carbon, and one hydrogen and a bromine attached to the other carbon (and the two carbons are attached to each other)) (a) Draw the Lewis structures for HBr and C₂H,Br in the reaction above: H-Bri H-C=C-H H (b) What two electrons are lost to form Ni²+? H -C=CIH 11 Br (b) Calculate the enthalpy of the overall reaction (AH) using the bond dissociation energies in your book, and using the structure of C₂H₂ below (Use 285 kJ/mol as the bond dissociation energy for the C-Br bond). 7/148 14. (a) Draw the complete energy orbital diagram for Ni (with correct placement of relative energy levels of the orbitals); fill in the orbitals with the Ni electrons.