The arrow in the structure points to a bond that is formed by   a. overlap between s and sp2 orbitals b. overlap between two sp orbitals c. overlap between two sp3 orbitals d. overlap between sp and sp2 orbitals e. overlap between sp2 and sp3 orbitals

a. What is hybridization of carbon atom labeled "hybridization 3"   b. Sigma (σ) bond between two carbon atoms (which DON'T have additional pi bond between them) is a combination of which two atomic orbitals according to the hybridization concept?   c. Pi (π) bond between two carbon atoms is a combination of which two atomic orbitals according to the hybridization concept?   d. Sigma (σ) bond between two carbon atoms (which are connected with pi bond as well) is a combination of which two atomic orbitals according to the hybridization concept?   e. What is hybridization of oxygen atom labeled "hybridization 1"   f. What is hybridization of carbon atom labeled "hybridization 2"

Which of the following factors contribute to the tetrahedral shape of the above molecule? Group of answer choices A. the shape of the two p orbitals in the carbon atom B. the shape of the one s orbital in the carbon atom C. the shape of the sp3 hybrid orbitals of the electrons shared between the carbon and hydrogen atoms D. hydrogen bonding configurations between the carbon and hydrogen atoms

Which of the following statements is incorrect? About molecular orbitals:a. Molecular orbitals (MOs) are obtained by linear combination of atomic orbitals (AOs).b. The combination of two atomic orbitals always yields two molecular orbitals.c. A molecular orbital describes the region of space where an electron shared by two atomsis most likely to be found.d. The number of molecular orbitals is always superior to the number of atomic orbitals theywere created from.e. None of the above.