3. Based on Eqs. dr 8 = - 26 (1.26) r [r² (1 – 2Z'c²) – 82]* (1.27) and dz B+ 2yx cos-1 (1.30) Va+ Bz + yz² [3² – 4ay, obtain ZZ'e? cot (1.32) 2E Note: do not copy the processes in your textbook. You can take it as a reference, but need contain more detailed sub-steps.
3. Based on Eqs. dr 8 = - 26 (1.26) r [r² (1 – 2Z'c²) – 82]* (1.27) and dz B+ 2yx cos-1 (1.30) Va+ Bz + yz² [3² – 4ay, obtain ZZ'e? cot (1.32) 2E Note: do not copy the processes in your textbook. You can take it as a reference, but need contain more detailed sub-steps.
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The textbook can be found on Z Library: Introduction to Nuclear and Particle Physics by A. Das and T. Ferbel, the second edition. I can't link it since I don't want my account to be terminated.
This question comes from:
Chapter 2, section 2.2, Chapter 1, section 1.2
Chapter 1, section 1.3, Chapter 2, section 2.2
![3. Based on Eqs.
dr
e = T - 26
(1.26)
r [r2 (1 – 22'c2) – 89]"
1
(1.27)
and
B+ 2ya
32 – 4ay
da
-1
Cos
(1.30)
%3D
Va + Br + yæ²
obtain
b =
ZZ'e?
cot
(1.32)
2E
2
Note: do not copy the processes in your textbook. You can take it as a reference, but need contain more
detailed sub-steps.
--15](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcd954688-be5d-4de4-adfc-224bb5bfb8d2%2Fabcdd610-771e-4885-abdf-0ab914dbdf10%2Fffoq87k_processed.png&w=3840&q=75)
Transcribed Image Text:3. Based on Eqs.
dr
e = T - 26
(1.26)
r [r2 (1 – 22'c2) – 89]"
1
(1.27)
and
B+ 2ya
32 – 4ay
da
-1
Cos
(1.30)
%3D
Va + Br + yæ²
obtain
b =
ZZ'e?
cot
(1.32)
2E
2
Note: do not copy the processes in your textbook. You can take it as a reference, but need contain more
detailed sub-steps.
--15
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