- #1
uae
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hi,
i am a new student here in this forums from uae and i am studing in uaeu my majore is general physics >>>
in this corse i have problem in nuclier physics in rutherford scattering >>>
can you help ma pleaseeeee the problem are :
firest one is :
Show that the distance of closest approach d, in Rutherford scattering leading to an angle of deflection Θ ,is given by :
http://www5.0zz0.com/2007/10/06/11/92260925.gif [Broken]
d=p\2(1+cosecΘ\2)
Where p is defined in fig .
(use the conservation of energy and angular momentum)
secound one is :
Show that the Rutherford differential scattering cross-section formula can be written in terms of the squared momentum transfer q^2 as
Dσ\dq^2=4πZzα^2(ЋC)^2\q^4ν^2
Where αis the fine – structure constant and v is velocity of the deflected particle
thank you for all in this forums
i am a new student here in this forums from uae and i am studing in uaeu my majore is general physics >>>
in this corse i have problem in nuclier physics in rutherford scattering >>>
can you help ma pleaseeeee the problem are :
firest one is :
Show that the distance of closest approach d, in Rutherford scattering leading to an angle of deflection Θ ,is given by :
http://www5.0zz0.com/2007/10/06/11/92260925.gif [Broken]
d=p\2(1+cosecΘ\2)
Where p is defined in fig .
(use the conservation of energy and angular momentum)
secound one is :
Show that the Rutherford differential scattering cross-section formula can be written in terms of the squared momentum transfer q^2 as
Dσ\dq^2=4πZzα^2(ЋC)^2\q^4ν^2
Where αis the fine – structure constant and v is velocity of the deflected particle
thank you for all in this forums
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