Around each indicated atom in the organic structure, determine the expected angle. Determine each highlighted bond angle in the structures of PF's and SF6. CF Angle A: 109.5 degrees Angle A in PF : Choose... . degrees Angle B: 120 degrees Angle Bin PFs: Choose... . degrees Angle C. 120 degrees Angle D: 109.5 degrees Angle C in SF : Choose... . degrees Angle E: 107 degrees Determine the molecular geometry based on the description of bonding and lone pairs of electrons around the central atom . Four single bonds and no lone pairs of electrons Choose Identify each term as a description of an electron geometry or a molecular geometry. Six single bonds and no lone p ectrons Choose. Arrangement of bonding and non-bonding electron domains Choose... Two double bonds an lone pairs of electrons Choose.. Two single bonds and two s of electrons Choose.. Arrangement of only the atoms in a molecule Choose. Three double bonds and no lone pairs of electrons Choose. Trigonal pyramidal for NF3 Choose.. Five single bonds and no lone pairs of electrons Choose. Three single bonds and one lone pair of electrons Choose.. Tetrahedron for NF3 Choose. Determine the band angle highlighted in red for each given molecule. Consider the structures of CCl, and NHj- HH Choose... H - N-H HH Choose... The bond angles in CCl, should be Choose.. . the bond angles in NH. HH Choose.. The lone pair of electrons on the Choose... change the bond angles from the ideal value because a lone pair of electrons takes up Choose.. the electrons in a bond. O=C=O' Choose.. Which elements do not strictly follow the octet rule when they appear in the molecule? Select one or more Identify the molecular geometry corresponding to each expected bond angle around the central atom. O Hydrogen O Carbon 109.5" Choose. Chlorine 107 Choose.. O Sulfur 180" Choose.. O Oxygen 120" Choose. OFluorine Consider each possible structure of carbon dioxide, COz Determine whether the structure is correct and justify your decision. Choose :0-C-O Choose OC=O :0-C-O: Choose