6. The bismuth-209 nucleus has a binding energy per nucleon of 7.6154 MeV. (1 MeV is 1.60 × 10-13 J). Determine the difference in mass between one mole of bismuth-209 nuclei and the component nucleons of which it is made. (For the masses of the atoms and the neutrons, see the lecture material, Ch19_part3 page 9.) Masses of Selected Elementary Particles and Atoms
6. The bismuth-209 nucleus has a binding energy per nucleon of 7.6154 MeV. (1 MeV is 1.60 × 10-13 J). Determine the difference in mass between one mole of bismuth-209 nuclei and the component nucleons of which it is made. (For the masses of the atoms and the neutrons, see the lecture material, Ch19_part3 page 9.) Masses of Selected Elementary Particles and Atoms
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Question
![6.
The bismuth-209 nucleus has a binding energy per nucleon of 7.6154 MeV. (1 MeV is
1.60 × 10-13 J). Determine the difference in mass between one mole of bismuth-209 nuclei and the
component nucleons of which it is made. (For the masses of the atoms and the neutrons, see the lecture
material, Ch19_part3 page 9.)
Masses of Selected Elementary Particles and Atoms
Elementary Particle
Electron, beta particle
Positron
Proton
Neutron
Atom
H
H
He
He
Li
Be
Be
10 Be
B
B
"C
¹2C
13C
19F
Na
Symbol
je+
ip+
Mass (u)
1.007825032
2.014101778
3.016049268
3.016029310
4.002603250
7.0160040
8.00530509
9.0121821
10.0135337
8.024607
10.0129370
11.0093055
11.011433
12 exactly
13.003354838
14.003241988
14.003074005
15.994914622
16.9991315
17.999160
18.9984032
20.99764
Mass (u)
0.000548579911
0.000548579911
1.0072764669
1.0086649158
Atom
Na
Mg
50
325
87
127₁
153
226 Ra
88
228 Ra
228
Rb
89 Ac
232
90
Th
90
234
231₁ Pa
Th
231 U
92
234 U
92
235U
238 U
92
Mass (kg)
9.1093819 x 10
9.1093819 x 101
-31
1.6726216 x 10-27
1.6749272 x 10-27
-31
Mass (u)
22.9897697
23.9850419
29.97377022
29.9783138
31.9720707
34.96885271
39.9625912
48.947871
80.916291
86.909183
86.908879
126.904468
226.025403
228.031054
228.031015
232.038050
234.043595
231.035879
231.036289
234.040945
235.043923
238.050783](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fdb04b781-e45d-4823-8b1a-9fea65114119%2F1fb2b0b9-ee62-4c8b-ae67-203d04a30b77%2Fdxjzqfs_processed.jpeg&w=3840&q=75)
Transcribed Image Text:6.
The bismuth-209 nucleus has a binding energy per nucleon of 7.6154 MeV. (1 MeV is
1.60 × 10-13 J). Determine the difference in mass between one mole of bismuth-209 nuclei and the
component nucleons of which it is made. (For the masses of the atoms and the neutrons, see the lecture
material, Ch19_part3 page 9.)
Masses of Selected Elementary Particles and Atoms
Elementary Particle
Electron, beta particle
Positron
Proton
Neutron
Atom
H
H
He
He
Li
Be
Be
10 Be
B
B
"C
¹2C
13C
19F
Na
Symbol
je+
ip+
Mass (u)
1.007825032
2.014101778
3.016049268
3.016029310
4.002603250
7.0160040
8.00530509
9.0121821
10.0135337
8.024607
10.0129370
11.0093055
11.011433
12 exactly
13.003354838
14.003241988
14.003074005
15.994914622
16.9991315
17.999160
18.9984032
20.99764
Mass (u)
0.000548579911
0.000548579911
1.0072764669
1.0086649158
Atom
Na
Mg
50
325
87
127₁
153
226 Ra
88
228 Ra
228
Rb
89 Ac
232
90
Th
90
234
231₁ Pa
Th
231 U
92
234 U
92
235U
238 U
92
Mass (kg)
9.1093819 x 10
9.1093819 x 101
-31
1.6726216 x 10-27
1.6749272 x 10-27
-31
Mass (u)
22.9897697
23.9850419
29.97377022
29.9783138
31.9720707
34.96885271
39.9625912
48.947871
80.916291
86.909183
86.908879
126.904468
226.025403
228.031054
228.031015
232.038050
234.043595
231.035879
231.036289
234.040945
235.043923
238.050783
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