m = ymo, E = ymọc² where y = 1/sqrt(1-v/c?) derive v/c = sqrt(1-(Eo/E)?) and m/mo = E/Eo %3D
m = ymo, E = ymọc² where y = 1/sqrt(1-v/c?) derive v/c = sqrt(1-(Eo/E)?) and m/mo = E/Eo %3D
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![i)
m = ymo, E = ymọc2 where y = 1/sqrt(1-v/c?) derive v/c = sqrt(1-(Eo/E)?) and
m/mo= E/Eo
ii)
Show how R = p/Ap = p/Ap = 2p/Ax = 2p/(s+p@?) follows from Ax-2p(1-cos)+s
Where 20 is the angular spread at source, image of the source at detector Ax width, source
width s.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6b920ffb-cbd2-4483-9ab3-f56d32e6af24%2Fc528014c-c6ad-4979-8d5c-e5de5a4fee98%2F5buo9rf_processed.jpeg&w=3840&q=75)
Transcribed Image Text:i)
m = ymo, E = ymọc2 where y = 1/sqrt(1-v/c?) derive v/c = sqrt(1-(Eo/E)?) and
m/mo= E/Eo
ii)
Show how R = p/Ap = p/Ap = 2p/Ax = 2p/(s+p@?) follows from Ax-2p(1-cos)+s
Where 20 is the angular spread at source, image of the source at detector Ax width, source
width s.
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