In Table 1, complete the columns. (Remember that the values pertain to the Central atom only.)In Table 2, complete the columns. (Remember that the values pertain to the Central atom only.)In Table 3 complete the columns. . (Remember that the values pertain to the Central atoms only. In this table, you will have more than one central atom so report more than one value, ie. 3 / 3)Data: Table 1 Simple MoleculesMoleculeCH4NH3H2OCCl4NCl3Number of Bond Pairs Number of Lone Pairs Number of Electron Domains Molecular Geometry (Shape) Bond Angle Polar or Non-Polar Table 2 Molecules with Multiple BondsMoleculeCH2OHCNCO2CO[NO2]-Number of Bond Pairs Number of Lone Pairs Number of Electron Domains Molecular Geometry (Shape) Bond Angle Polar or Non-Polar Table 3 Molecules with Multiple Central AtomsMoleculeC2H4H2O2CH3OHCH3NH2Number of Bond Pairs////Number of Lone Pairs////Number of Electron Domains////Molecular Geometry (Shape)////Bond Angle////Polar or Non-Polar Data Results / Analysis: What determines which atoms are the central atoms? How do you adjust the number of electrons to form a cation? What about an anion? What causes some molecules with the same number of electron domains to have different shapes? Would they cause the real bond angle to be larger or smaller? Why? Which of the following elements should you expect to form an incomplete octet: H, He, Be, B, C, O? Why? Which of the following elements are good candidates to form an expanded octet: N, F, Ne, P, S, Cl, Ar? Why? What things must you consider when determining if a molecule is polar or non-polar?

As pe our guidelines only one question can be solved. Please post the remaining questions again.

Answered: Table 1 Simple Molecules Molecule CH4…

2nd Edition

ISBN:9780618974122

Author:Andrei Straumanis

Publisher:Andrei Straumanis

Chapter3: Electron Orbitals

Section: Chapter Questions

Problem 3CTQ

Related questions

Question

In Table 1, complete the columns. (Remember that the values pertain to the Central atom only.)
In Table 2, complete the columns. (Remember that the values pertain to the Central atom only.)
In Table 3 complete the columns. . (Remember that the values pertain to the Central atoms only. In this table, you will have more than one central atom so report more than one value, ie. 3 / 3)

Data:

Table 1 Simple Molecules

Table 2 Molecules with Multiple Bonds

Table 3 Molecules with Multiple Central Atoms

Data Results / Analysis:

How do you adjust the number of electrons to form a cation? What about an anion?

What causes some molecules with the same number of electron domains to have different shapes? Would they cause the real bond angle to be larger or smaller? Why?