H2 Se Th compounds and highest exhibit the same intermolecular forces as the primary interaction between molecules. lowest H20 When comparing the boiling points of compounds with the same intermolecular forces, molar mass with the trend in H2TE boiling points. correlates The compound that exhibits a different, stronger intermolecular force does not correlate is so it has the boiling point among H2S the compounds as shown in the figure.

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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter20: The Representative Elements
Section: Chapter Questions
Problem 110CP
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I Review I Constants I Periodic Table
Does molar mass alone correlate with the trend in boiling points for the group 6A hydrides? Indicate
your answer by completing the statements below.
Match the words and compounds in the left column to the appropriate blanks in the
sentences on the right. Make certain each sentence is complete before submitting your
answer.
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H2 Se
Th compounds
and
highest
exhibit the same intermolecular forces as the
primary interaction between molecules.
lowest
H20
When comparing the boiling points of compounds with the same
intermolecular forces, molar mass
with the trend in
H2 Te
boiling points.
correlates
The compound that exhibits a different, stronger intermolecular force
does not correlate
is
so it has the
boiling point among
H2S
the compounds as shown in the figure.
Submit
Book Air
DD
DII
DD
F12
E10
F11
Transcribed Image Text:1 of 1 I Review I Constants I Periodic Table Does molar mass alone correlate with the trend in boiling points for the group 6A hydrides? Indicate your answer by completing the statements below. Match the words and compounds in the left column to the appropriate blanks in the sentences on the right. Make certain each sentence is complete before submitting your answer. • View Available Hint(s) Reset Help H2 Se Th compounds and highest exhibit the same intermolecular forces as the primary interaction between molecules. lowest H20 When comparing the boiling points of compounds with the same intermolecular forces, molar mass with the trend in H2 Te boiling points. correlates The compound that exhibits a different, stronger intermolecular force does not correlate is so it has the boiling point among H2S the compounds as shown in the figure. Submit Book Air DD DII DD F12 E10 F11
e Home
Item 1
us
We have seen that molar mass and molecular structure influence the
boiling point of a substance.We can see these two factors at work in the
boiling points of the group 6A hydrides as shown in the graph (Figure 1).
on eText
To disentangle the effects of molar mass and molecular structure on
boiling point, consider the data in the table.
Part
Molar
Dipole
moment (
D)
Area
Boiling
point (°C)
Polarizability (
×10-24 cm3)
Compound
mass (
g/mol)
Does
ment Sharing
your a
H20
18.01
100
1.85
1.45
Match
Settings
H2S
34.05
–60
1.10
3.81
senter
H2 Se
80.98
-42.2
0.41
4.71
answe
se Tools
>
H2TE
129.6
-2.2
0.22
5.01
> View
Ilan the informatian rovidnd in the 4i n and tha tabla ta ann
Figure
< 1 of 1
120
H2O
100
80
60
40
20
H2TE
do
-20
H2Se
-40-
-60
H2S
50
-80-
100
150
MacBook Air
80
888
F1
F2
F3
F4
F5
@
%23
24
1
Temperature (°C)
Transcribed Image Text:e Home Item 1 us We have seen that molar mass and molecular structure influence the boiling point of a substance.We can see these two factors at work in the boiling points of the group 6A hydrides as shown in the graph (Figure 1). on eText To disentangle the effects of molar mass and molecular structure on boiling point, consider the data in the table. Part Molar Dipole moment ( D) Area Boiling point (°C) Polarizability ( ×10-24 cm3) Compound mass ( g/mol) Does ment Sharing your a H20 18.01 100 1.85 1.45 Match Settings H2S 34.05 –60 1.10 3.81 senter H2 Se 80.98 -42.2 0.41 4.71 answe se Tools > H2TE 129.6 -2.2 0.22 5.01 > View Ilan the informatian rovidnd in the 4i n and tha tabla ta ann Figure < 1 of 1 120 H2O 100 80 60 40 20 H2TE do -20 H2Se -40- -60 H2S 50 -80- 100 150 MacBook Air 80 888 F1 F2 F3 F4 F5 @ %23 24 1 Temperature (°C)
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