since Paling and also not setric. SP How many "central" atoms are part of methanol (CH,OH)? What are the molecular geometries of each central atom? 2 Centro otorns (14)+6+4= 2-8-4 5. 4. C/ G: tetra taure O EG tetrala B: 2 MG bent NB: 2 4 How many "central" atoms are part of ethylene glycol (HOCH₂CH₂OH), a component of antifreeze? What are the molecular geometries of each central atom? Is the molecule polar or nonpolar? Why? (Note: the modeling kits technically only contain one carbon and one oxygen via color coding, however, in this example, other spheres can be used to represent these elements within this molecule ... why?) 1 (1 x 6 ) + ( 2 x 6 ) + ( 4 x 2) == (2x6)+(4xz). 6 12 :8

Chemistry: Principles and Practice
3rd Edition
ISBN:9780534420123
Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Chapter10: Molecular Structure And Bonding Theories
Section: Chapter Questions
Problem 10.100QE: The molecular orbital diagram of NO shown in Figure 10.47 also applies to the following species....
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4.
C/
4
8:4
EG:tetrahedre
NB:0 MGitetnatedrel
EG: tetralleira 0:2
MG bent
NB: 2
4 central
(CH₂CH₂) polar or nonpolar? Explain.
Potor, because Chorine has
by higher electrones & Niets St
then hydrogeme which results
alim
in uneque palling
palling ond
since it's also not symmetrica.
atom?
How many "central" atoms are part of methanol (CH3OH)? What are the molecular geometries of each central
2 Centro
otorns
H-0₁-
atoms
H
B: 2 -
NB: 2 MG bert
I-N
-
5. How many "central" atoms are part of ethylene glycol (HOCH₂CH₂OH), a component of antifreeze? What are
the molecular geometries of each central atom? Is the molecule polar or nonpolar? Why? (Note: the modeling
kits technically only contain one carbon and one oxygen via color coding, however, in this example, other
spheres can be used to represent these elements within this molecule why?)
4
I
U-I
...
Or
Ch
9-12
EG: tetrahedro B:4 66% terrehend
NB:0 MG: teaters
P
<li
H
toño
1x2)+ 4+ (2x11-20
8
:0:
8
J
(14) +6+4=14
M
(1x6) + (2x6) + (4x2) = 26
I
6
12-
18-18
4
nompolor: because
охудел hes
higher electronegativity
almal
8:4 EG: tetraterina B:2
NB: 0 MG. Yotrahedral
NB:
then hydrogen, thus oxygen
will Love the bonded elegrons
it then kurss
thus it'll be honpaior.
G₁₂
13
EG: tedraledra
Mo: bent
5
6
2
5432/6
6
5
Representing 3-Dim-
A way to represent 3
line refers to a bon
pointing "at you" c
paper. Figure 9.1 s
X-A-X
X
X-A...
*C
Transcribed Image Text:4. C/ 4 8:4 EG:tetrahedre NB:0 MGitetnatedrel EG: tetralleira 0:2 MG bent NB: 2 4 central (CH₂CH₂) polar or nonpolar? Explain. Potor, because Chorine has by higher electrones & Niets St then hydrogeme which results alim in uneque palling palling ond since it's also not symmetrica. atom? How many "central" atoms are part of methanol (CH3OH)? What are the molecular geometries of each central 2 Centro otorns H-0₁- atoms H B: 2 - NB: 2 MG bert I-N - 5. How many "central" atoms are part of ethylene glycol (HOCH₂CH₂OH), a component of antifreeze? What are the molecular geometries of each central atom? Is the molecule polar or nonpolar? Why? (Note: the modeling kits technically only contain one carbon and one oxygen via color coding, however, in this example, other spheres can be used to represent these elements within this molecule why?) 4 I U-I ... Or Ch 9-12 EG: tetrahedro B:4 66% terrehend NB:0 MG: teaters P <li H toño 1x2)+ 4+ (2x11-20 8 :0: 8 J (14) +6+4=14 M (1x6) + (2x6) + (4x2) = 26 I 6 12- 18-18 4 nompolor: because охудел hes higher electronegativity almal 8:4 EG: tetraterina B:2 NB: 0 MG. Yotrahedral NB: then hydrogen, thus oxygen will Love the bonded elegrons it then kurss thus it'll be honpaior. G₁₂ 13 EG: tedraledra Mo: bent 5 6 2 5432/6 6 5 Representing 3-Dim- A way to represent 3 line refers to a bon pointing "at you" c paper. Figure 9.1 s X-A-X X X-A... *C
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