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11 Nov 2019
Can you answer steps 1-3 for letter (e) only.
For each of the following compounds, Give the hybridization and approximate bond angles around each atom except hydrogen. Draw a three-dimensional diagram including any lone pairs of electrons. (a) H_3 O^+ (b)^-OH (c) CH_2 CHCN (d) (CH_3)_3 N (e) [CH_3 NH_3]^+ (f) CH_3 COOH (g) CH_3 CHNH (h) CH_3 OH (i) CH_2 O For each of the following compounds and ions, Draw a Lewis structure. Show the kinds of orbitals that overlap to form each bond Given approximate bond angles around each atom except hydrogen. (a) [NH_2]^- (b) [CH_2 OH]^+ In most amines, the nitrogen atom is sp^3 hybridized, with a pyramidal structure and bond angles close to 109 degree . In urea, both nitrogen atoms are found to be planar, with bond angles close to 120 degree . Explain this surprising finding.
Can you answer steps 1-3 for letter (e) only.
For each of the following compounds, Give the hybridization and approximate bond angles around each atom except hydrogen. Draw a three-dimensional diagram including any lone pairs of electrons. (a) H_3 O^+ (b)^-OH (c) CH_2 CHCN (d) (CH_3)_3 N (e) [CH_3 NH_3]^+ (f) CH_3 COOH (g) CH_3 CHNH (h) CH_3 OH (i) CH_2 O For each of the following compounds and ions, Draw a Lewis structure. Show the kinds of orbitals that overlap to form each bond Given approximate bond angles around each atom except hydrogen. (a) [NH_2]^- (b) [CH_2 OH]^+ In most amines, the nitrogen atom is sp^3 hybridized, with a pyramidal structure and bond angles close to 109 degree . In urea, both nitrogen atoms are found to be planar, with bond angles close to 120 degree . Explain this surprising finding.
Keith LeannonLv2
4 Oct 2019