10. The relative permittivity of camphor(8) was analysed with a series of temperatures with results given in the diagram below. Determine the dipole moment and polarizability volume the molecule. 01°C p/(g cm³) ६ 0 0.99 12.5 20 0.99 11.4 40 0.99 10.8 60 0.99 10.0 80 0.99 9.50 100 0.99 8.90 120 0.97 8.10 140 0.96 7.60 160 0.95 7.11 200 0.91 6.21 Hint: -- Calculate (ɛr 1)/(εr + 2) at each temperature, and then multiply by M/p to form Pm Plot Pm against 1/T. 11. What is a difference between monodispersed and polydisperse molecule?
10. The relative permittivity of camphor(8) was analysed with a series of temperatures with results given in the diagram below. Determine the dipole moment and polarizability volume the molecule. 01°C p/(g cm³) ६ 0 0.99 12.5 20 0.99 11.4 40 0.99 10.8 60 0.99 10.0 80 0.99 9.50 100 0.99 8.90 120 0.97 8.10 140 0.96 7.60 160 0.95 7.11 200 0.91 6.21 Hint: -- Calculate (ɛr 1)/(εr + 2) at each temperature, and then multiply by M/p to form Pm Plot Pm against 1/T. 11. What is a difference between monodispersed and polydisperse molecule?
Chemistry by OpenStax (2015-05-04)
1st Edition
ISBN:9781938168390
Author:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
Publisher:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
Chapter10: Liquids And Solids
Section: Chapter Questions
Problem 14E: On the basis of dipole moments and/or hydrogen bonding, explain in a qualitative way the differences...
Related questions
Question
![10. The relative permittivity of camphor(8) was analysed with a series of temperatures
with results given in the diagram below. Determine the dipole moment and polarizability
volume the molecule.
01°C
p/(g cm³)
६
0
0.99
12.5
20
0.99
11.4
40
0.99
10.8
60
0.99
10.0
80
0.99
9.50
100
0.99
8.90
120
0.97
8.10
140
0.96
7.60
160
0.95
7.11
200
0.91
6.21
Hint:
--
Calculate (ɛr 1)/(εr + 2) at each temperature, and then multiply by M/p to form Pm
Plot Pm against 1/T.
11. What is a difference between monodispersed and polydisperse molecule?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1ab887f4-b2e4-4aef-ae91-95b49cbf3c50%2F80ddbb8d-b179-40d1-95c9-1077dd14d2fe%2Fx3z9xkm_processed.jpeg&w=3840&q=75)
Transcribed Image Text:10. The relative permittivity of camphor(8) was analysed with a series of temperatures
with results given in the diagram below. Determine the dipole moment and polarizability
volume the molecule.
01°C
p/(g cm³)
६
0
0.99
12.5
20
0.99
11.4
40
0.99
10.8
60
0.99
10.0
80
0.99
9.50
100
0.99
8.90
120
0.97
8.10
140
0.96
7.60
160
0.95
7.11
200
0.91
6.21
Hint:
--
Calculate (ɛr 1)/(εr + 2) at each temperature, and then multiply by M/p to form Pm
Plot Pm against 1/T.
11. What is a difference between monodispersed and polydisperse molecule?
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