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In the Borm approximation, the scatter ing amplitude f( 0) for the Yukawa potential V(r) = Be Hr is given by: (in the following b 2k sin E = h?k? / 2m) 2 2mß 2mß 2mß ° (u² +b?)² 2mß (a) 2 (b) (c) (d)

In the Borm approximation, the scatter ing amplitude f( 0) for the Yukawa potential V(r) = Be Hr is given by: (in the following b 2k sin E = h?k? / 2m) 2 2mß 2mß 2mß ° (u² +b?)² 2mß (a) 2 (b) (c) (d)

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Be-H is given -ur In the Born approximation, the scattering amplitude f(e) for the Yukawa potential V(r) = by: (in the following b = 2k sin E = h?k? / 2m) 2 | 2mß 2mß 2mß 2mB (a) (b) (c) (d) h? (u? +b?)
Transcribed Image Text:Be-H is given -ur In the Born approximation, the scattering amplitude f(e) for the Yukawa potential V(r) = by: (in the following b = 2k sin E = h?k? / 2m) 2 | 2mß 2mß 2mß 2mB (a) (b) (c) (d) h? (u? +b?)
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