Question

bewesn the, electruns, and 13. (5 pts.) The Lewis structure for acetic acid ís shown below: Н н В H В A O: a. Identify the hybridization of the carbon and oxygen atoms Carbon- A: 3 sp Oxygen -A: Sp Carbon - B: Spe Oxygen- B: Sp3 Describe the orbital overlap that creates the Carbon- B and Oxygen- A sigma bond. b. Describe the orbital overlap that creates the Carbon - B and Oxygen- A pi bond. C. Describe the orbital overlap that creates the Oxygen - B and Hydrogen sigma bond. d. 7 1

Answer 1

Arctic acid (2) hybridization of carbon n = ? as it is attached through four sigma bond, so total count should be 4 means sp? hybridization of cosbona B 3 is attached for carbon A and onggen B through signa bond only whole with onggen A, there is are rigna and one pi bond. So total sigma bond count is 3 treans Lop? rugbridization of oxygen-A It is attached to carbon B thorough one sigma and one pi kind and also cay gen A has two lone pair . So tral count ibond & dore pais =3; means ab? hybridization of oxygen-B. It is attached to H and carbon B by sigma bond thoroughly it has two lone pair So total count signa hund & lone pair = 4 means sp? 01) overlap between carbon -B & onggen- A. sigma bond sigma bond is formed by anial overlap of orbitals sance carbon has ap orbitul and mygen has 2p orbital Cs & they wisually overlap to forma sigma bond

On 20 urbital. 2purbital huo benel formation 2p orhitel 10 pi kund blw carbon-B P onggen - A Sh UN CO Lateral overlop blw ap orbital of carbon and ap orbital of onggen. (d) sigma bond blw onggen -B & Hydrogen sigma band porbital O sorbital there Hydrogen is arial, overlapping blw a-orbital of and ap orbital of magen Scanned with CamScanner