Eo = mc² Equation (1) is divided by equation (2) E = (1) E (2) mc (2) = THIS SEAMS BACKWARDS то те WHY ISN'T THIS
Eo = mc² Equation (1) is divided by equation (2) E = (1) E (2) mc (2) = THIS SEAMS BACKWARDS то те WHY ISN'T THIS
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Problem 2.8 part b answer seems incorrect. How can the fraction of energy that is the rest energy be greater that 1? I believe the answer should be 4/5 not 5/4.
![← Modern Physics For ... 2nd Edition
√¹-2242
mc²
Eo
Eo
E
Eo
E
Eo
Equation (1) is divided by equation (2) THIS SEAMS BACKWARDS
mc²
E =
(1)
то те
WHY ISN'T THIS
た。
E
E
E₂
E
Eo
E
Eo
=
E
Eo
=
||
||
-
||
=
||
mc²
mc²
c2
0.8
E
2 = ²
Eo
mc²
(0.6c)2
c2
0.36c2
c2
0.64
(2)
(2)
102.7.0.80=780%
Chapter 2, Problem 2.8P
Conclusion:
The energy of the electron is 0.6398 MeV.
The fraction of its energy, that is, rest energy is 5/4.
THIS IS NONSENSICAL](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb8677dc6-da85-4ad4-9bd2-a808542785e3%2F4c0a3419-9c19-4cf9-abc7-837bca9784d4%2Fp3hfzu5_processed.png&w=3840&q=75)
Transcribed Image Text:← Modern Physics For ... 2nd Edition
√¹-2242
mc²
Eo
Eo
E
Eo
E
Eo
Equation (1) is divided by equation (2) THIS SEAMS BACKWARDS
mc²
E =
(1)
то те
WHY ISN'T THIS
た。
E
E
E₂
E
Eo
E
Eo
=
E
Eo
=
||
||
-
||
=
||
mc²
mc²
c2
0.8
E
2 = ²
Eo
mc²
(0.6c)2
c2
0.36c2
c2
0.64
(2)
(2)
102.7.0.80=780%
Chapter 2, Problem 2.8P
Conclusion:
The energy of the electron is 0.6398 MeV.
The fraction of its energy, that is, rest energy is 5/4.
THIS IS NONSENSICAL
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