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 [10] ᎾᎵᏟ p/(g cm³) ६ 0 0.99 12.5 20 0.99 11.4 40 0.99 10.8 880 60 0.99 10.0 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 (er-1)/(er + 2) at each temperature, and then multiply by M/p to form Pm Plot P against 1/T.
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 [10] ᎾᎵᏟ p/(g cm³) ६ 0 0.99 12.5 20 0.99 11.4 40 0.99 10.8 880 60 0.99 10.0 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 (er-1)/(er + 2) at each temperature, and then multiply by M/p to form Pm Plot P against 1/T.
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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![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
[10]
ᎾᎵᏟ
p/(g cm³)
६
0
0.99
12.5
20
0.99
11.4
40
0.99
10.8
880
60
0.99
10.0
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 (er-1)/(er + 2) at each temperature, and then multiply by M/p to form Pm
Plot P against 1/T.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fdd265be7-1906-4fd6-ab54-ae8682eb9752%2F236f93e4-3306-4a92-bcaf-71ba455327d8%2Fwp72dqo_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
[10]
ᎾᎵᏟ
p/(g cm³)
६
0
0.99
12.5
20
0.99
11.4
40
0.99
10.8
880
60
0.99
10.0
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 (er-1)/(er + 2) at each temperature, and then multiply by M/p to form Pm
Plot P against 1/T.
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