TUTORIAL SHEET-1 connidei an x Xray beam with 1-IA and a with t=1-88x 10 8. 3F...

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TUTORIAL SHEET-1 connidei an x Xray beam with 1-IA and a with t=1-88x 10 8. 3F the yedialion scaHerkd from 1) beam Somple at 90'to incidend divetin > what is the Compton wauckeugth shift in coch case recoiling 11 what s keinetic eney gwen to eacarelectronn the electron in each case. ancident photon encesT lost in eadh ) what case. ) 3n the thotoelictc effect eaperiment a adialion ravelength ' cident ana mateial then stoppin pokutial Vo u absewed- Dength tuice 'A' s inident on the same material, rohat will be stoppung potentical: another rodialion of wave Calculate de-Broglie wowelength for > A proten q KE 70MeV A log ball moving at s0oms what conclusioan awises api companing both vwauelengtha A) what ave aonditions for plpsically accepbable well behowed wawe feunction ? a l-s pouticle which s cafined voitun the region osasa't whose wcewe feuction n this reglon 4a4) = s ( E calulafe the probability fuicling the pasticle in the infeeval Consides 3a Scanned with CamScanner 9f roavefunction qa pasticle at a ceetain itaut * guen by 4)= A ext [- tipx].f Piand Pz denote the probabilities q fendug the pastcle the range a to atda t 2a to 2atda Yeechee Fend the rclio V Fend the oxpectabion value q 2 for wcwe function sur Othecwise TUTORIAL SHEET-1 connidei an x Xray beam with 1-IA and a with t=1-88x 10 8. 3F the yedialion scaHerkd from 1) beam Somple at 90'to incidend divetin > what is the Compton wauckeugth shift in coch case recoiling 11 what s keinetic eney gwen to eacarelectronn the electron in each case. ancident photon encesT lost in eadh ) what case. ) 3n the thotoelictc effect eaperiment a adialion ravelength ' cident ana mateial then stoppin pokutial Vo u absewed- Dength tuice 'A' s inident on the same material, rohat will be stoppung potentical: another rodialion of wave Calculate de-Broglie wowelength for > A proten q KE 70MeV A log ball moving at s0oms what conclusioan awises api companing both vwauelengtha A) what ave aonditions for plpsically accepbable well behowed wawe feunction ? a l-s pouticle which s cafined voitun the region osasa't whose wcewe feuction n this reglon 4a4) = s ( E calulafe the probability fuicling the pasticle in the infeeval Consides 3a Scanned with CamScanner 9f roavefunction qa pasticle at a ceetain itaut * guen by 4)= A ext [- tipx].f Piand Pz denote the probabilities q fendug the pastcle the range a to atda t 2a to 2atda Yeechee Fend the rclio V Fend the oxpectabion value q 2 for wcwe function sur Othecwise