:우: b) Amino acids can react with each other to form amides (peptide bonds) and water. Amides are an important component of proteins. Given the following amino acias, react the N end of one amino acid with the acid group of the other amino acid. O: H2N-CH-ĉ- HO- H2N- CH- O- | ČH3 H alanine glycine

In the molecule shown below, predict the type of hybrid orbitals used by each atom?       Question options:   (σ-bond), C atom = Sp, (π-bond), C atom = 2p   (σ-bond), C atom = Sp2, (π-bond), C atom = Sp2   (σ-bond), C atom = Sp2, (π-bond), C atom = 2p   (σ-bond), C atom = Sp3, (π-bond), C atom = Sp2

What is the hybridization of the orbitals involved in bonding interactions associated with acetic acid (CHSCOOH). Hint; Draw the Lewis structure. Answer: sp3, sp2, sp3d

3. Predict (a) the approximate bond angle, (b) the hybridization around the indicated atoms (the atoms to which the arrows are drawn in the structures below). Write your answers near the corresponding labels (1 to 5) in the drawings. (Note: the lone pairs on the F atoms are omitted for clarity.) H. 1 F 2 4 F Br -F С -о-н F F 'N : 1: 2: 3: 4: 5:

The Lewis structure of an organic compound is shown below. Determine the orbitals used in bonding, as well as the number of sigma and pi bonds. 1ペー= 10 H 5. :N. 11 Total sigma bonds: [Select ] Total pi bonds: [Select] Write "none" if no orbital of that type is used to bond. Unhybridizedorbital used to Hybridized orbital used to Atom bond bond H. [ Select ] [Select] [ Select ] [ Select] N C #2 [ Select] [ Select] [ Select ] [ Select ]

Please solve this

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For the indicated atoms, what is their hybridization? In what orbital do the lone pairs reside?

1. Concept map: For carbon, draw out the orbital energy diagram of sp³, sp², and sp hybridized orbitals, including the leftover unhybridized orbitals, if any.

Number of Molecule valence electrons Formal Charge Electron-Group Geometry Molecular Geometry Resonance SiSeH2 Si: Si: Select one ... Si: Select one ... Select one ... AIHCI2l" Al: Al: Select one ... Al: Select one ... Select one.. AsSel3 As: As: Select one ... As: Select one ... Select one ... AIH2CI- Al: Al: Select one ... Al: Select one .. Select one.. PTEF3 P: P: Select one ... P: Select one ... Select one ...