Schmetterling
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Hello! I'm solving problems which come with their answers... but I get different results! Can you help me, please?
The problem statement and equations are in the attached images.
(Image)
Also:
U=energy in Joules
β=v/c≈1 (relativ. particles)
μ0=4π×10-7
(Image)
uB=B2/(2μ0), B=magnetic field in Teslas
(a) Only substitute the values. I obtain -4.05×10-16 W= -2531 eV/s.
(b) \frac{(dU/dt)<sub>proton</sub>}{(dU/dt)<sub>electron</sub>}, only the term γ2proton/γ2electron remains and it is equal to (mc2)2proton/(mc2)2electron=2.96×10-7!
And it yields 1.86×10-8 for α particles. :-s
(c) Like process in (b), but equating instead of dividing. This gives γpro=γelect, and Uprot/Uelect= (mc2)prot/(mc2)elect = 1.84×103...
I have spent several hours in problem solving, now I'm tired and sleepy and can't see where is the mistakes(s), please, help!
The problem statement and equations are in the attached images.
Homework Statement
(Image)
Also:
U=energy in Joules
β=v/c≈1 (relativ. particles)
μ0=4π×10-7
Homework Equations
(Image)
uB=B2/(2μ0), B=magnetic field in Teslas
The Attempt at a Solution
(a) Only substitute the values. I obtain -4.05×10-16 W= -2531 eV/s.
(b) \frac{(dU/dt)<sub>proton</sub>}{(dU/dt)<sub>electron</sub>}, only the term γ2proton/γ2electron remains and it is equal to (mc2)2proton/(mc2)2electron=2.96×10-7!
And it yields 1.86×10-8 for α particles. :-s
(c) Like process in (b), but equating instead of dividing. This gives γpro=γelect, and Uprot/Uelect= (mc2)prot/(mc2)elect = 1.84×103...
I have spent several hours in problem solving, now I'm tired and sleepy and can't see where is the mistakes(s), please, help!