CH;CH, CH;NH2 CH;CHO

Use the References to access important values if needed for this question. Answer the following questions about the hybrid orbitals on the chlorine atom in the ClO3+ and ClO2+ molecular ions. What are the expected geometries of these ions?   ClO3+:   Central atom = Cl     Type of hybrid orbitals on the chlorine atom =       Number of hybrid orbitals used in overlap with atomic orbitals =       Number of hybrid orbitals accomodating unshared electrons =       Hybrid orbital geometry =       Molecular geometry =     ClO2+:   Central atom = Cl     Type of hybrid orbitals on the chlorine atom =       Number of hybrid orbitals used in overlap with atomic orbitals =       Number of hybrid orbitals accomodating unshared electrons =       Hybrid orbital geometry =       Molecular geometry =

What is the primary difference between valence bond theory (VB) and molecular orbital theory (MO)? A) VB determines the summation of mixed wave functions as hybrid orbitals; MO determines the sum of atomic orbital energy as energy level diagrams. B) VB determines the summation of mixed wave functions as energy level diagrams; MO determines the sum of atomic orbital energy as hybrid orbitals. C) MO determines the summation of mixed wave functions as energy level diagrams; VB determines the sum of atomic orbital energy as hybrid orbitals. D) MO determines the summation of mixed wave functions as hybrid orbitals; VB determines the sum of atomic orbital energy as energy level diagrams.

Can you explain how to draw hybridization diagrams? How do I determine the hybrid orbitals? How can I draw the energy diagram? Please explain using an example.

Choose the molecules below that are polar. (Mark all that apply)   CSe   O3   CH4   NH3   H2S   O2

Answer the following question about acetonitrile (CH3C≡N:). Question: Determine the hybridization of both C atoms and the N atom ?

3. Give the molecular formula for each molecule below. Give the hybridization and the electronic and molecular geometry for the highlighted atoms in the following structures. OH gl a) b) N C)

How would we modify the figure if we were looking at PH3 rather than NH3?

a.) a= ~109° b=120° b.) a= ~120° b= ~109° c.) a= ~120° b=120° d.) a= ~109° b =~109°

Answer the following question 1) Dry nitrogen gas (100.0 L) was bubbled through liquid chloroform, CHCI 3, at a given temperature and the evaporated chloroform condensed; its mass was then measured. Using the data below, calculate the heat of vaporization (kJ/mol) of chloroform? Temperature, °C Mass CHCl3 collected, g 12.19 72.05 27.03 131.7 2) Calculate the pOH after addition of 15.97 mL of 0.1762 M LIOH to 25.00 mL of 0.1582 M HBr. 3) Calculate the pOH after addition of 15.85 mL of 0.1209 M KOH to 25.00 mL of 0.1798 M CH 3CH 2CH ₂CO 2H. K a(CH 3CH 2CH 2CO₂H) = 1.500e-5 4)Calculate the pH after addition of 24.38 mL of 0.1148 M HCIO 4 to 25.00 mL of 0.1989 M CH 3CH 2NH 2. K b(CH 3CH 2NH2) = 6.400e-4. 5) What is the solubility of Sb 2S 3 if it's K sp is 1.700e-93?