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Atoms

The document discusses X-particle scattering experiments and their implications for atomic structure and nuclear interactions. It highlights the behavior of particles during scattering and the theoretical models used to explain atomic phenomena. Additionally, it addresses limitations in existing atomic models and the challenges in explaining various atomic spectra.

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rajeevpandey0112
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0% found this document useful (0 votes)
31 views16 pages

Atoms

The document discusses X-particle scattering experiments and their implications for atomic structure and nuclear interactions. It highlights the behavior of particles during scattering and the theoretical models used to explain atomic phenomena. Additionally, it addresses limitations in existing atomic models and the challenges in explaining various atomic spectra.

Uploaded by

rajeevpandey0112
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF or read online on Scribd
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Se ea er Max KE of w= qeatmev. MR Ten Gretd oH 39 1 - gy Utoo No ® Axton No WY DSO ts Sm So ern s S410 i, Q Pm openO oC I pyay cow Gelaicc ted WWwERd, Unantom Nu (2=92) Final We onden of Atstance of Clase &b AP psrrwachs @& IO ewm ® Wom ed © 1S Seen CD oem ateg 2 oe Unt Re Ne = 2492% 2% HirGo x SXlo ev Bo = 2K92*K9x 1S x EGKIGTS Sietocs oa Seo X15" bn Mo= ae oe: No 107! in lo a W & acoer ages... ; Bot Fi tn the pencendiculan dt&bance & initit Bree vectan ee with | Centne 9 of Nuchliye a ™m Ss DANO ———— _ neo b= kz Se \+Caye ‘ ESS oe eh Sapam a3 a REY rire 2 oe A 4-0,>% On Wa Const= {93 Meu KES tnihat Re \ oe@ einmery Fes ne- of bss mgd S30 no » \e5 genni] (Wot itn syuUabus ® Dyaw soacks, oe RatherParial Moded of ons. ~~”: ee ® He Can not explain Starmihthy oF atom: Wawel wt Bn Giccalenaked Changer portich ems macdtation (enor .4 se 8 Qeck He rye- eo aecelenaton enh 0. Charngack podicle eo: oa emik AQ Aiabion SneEnZe Fer iO Gallide with nupheass * orndidle ce fon Wil happen in to8goc ¥% An atom witt not be Stately ® He can not explam Digqgcneake Specknom of Atoms. Ronen e@- Can mrevalve ia on M Cinculax anit Continuous Spec tau: 4 Rs | ® Bok ATomrc MODEL 3- ° Th 013, Bohn gque Ais Atomic Model with Arome modifications tn Ruth on Fand's Modeg. | © e& Can nevatye vas contafn stable \ Okita arnbita tTHese Unbitn Have Fixed Enen GB woe wu caltid eneng ovels, ON Syakonay drake: Wexe were named kk,LM,N> >> Sy e- have same enen8 4 ar that of the Omett tn Gahtch TUL Th mevalving. (©) shite eyadurn Vo. Particullan. en * Uni Conbit oF OS not emit any sadliakon. Bawicol - electsoMlagnetam % chaksical Mechanics, Cannot be loos Q peta a Atomica Arvel. eo i ® If ge an Ee absanbsA an emit& ew sit i musk % move to Ai hf ener cy teh SB) DeCiving stable anda: bobs Guanlisalis © Bev oe ve X Condition? €- can nevalve on tn these cisroulan Orbi49, fran ushich the anbital Ay ular Momentum of e7 1H an inkeqnad Vrudtiale oF an \? Plowk's conatant nosis B47 )o. Pe ot ay 6-626 morgIa oe ee foe © 5 Qo Centnipetal farce i> rE Produced by elec krogtadic Fance: @ Co = mov? , Fe= t 02 cre urréo m2 vane nh «3 Fe=Rec m. a7 Cr) Oe Oe 8 UTGo” HE 7 Se mv, aes fe (Ge) £144 ae treo mo) ey. Oy) Lhd aa rv? a ly TS) (Ze) ” Giro Mont = 2 ht Gore wu te \>= Ree | bocca sls TmZe2 | ALL value oF congt- ey D> -0¢5 24 25 a9! = | = 0-529 AP = Qe (Boho's Radius) 2 = O7S29%4 Q 3= 0:529%xS ‘ nd . . 274 credt of Her Q ard exetted rate 4 wear, n=2r Cs eee 3 HE Ofsag ky AS one = 2 ri Muhande. , ee eon = SEU % Put walue of m Ini) - Mu n2hbo a Tze? Qi Ninhbo - ame Roe alia Sheen ees hells 3 Fa H- ator Ww a a i VS QWHIK oe lp 4 po, Rk-e of - | ah en 4 of oe 1% -Ve-e7 in +otanded as ee im mequir2ad +o Enee e- From nvcwte TRE tr ~yuse- md \ WWeGrndl kine tev oR ane in and Gung oe GT Saito nH=2 ba oo Ee = —'3- cme ra Dev onc: Bx 9, GN [SE = setevy geu TGS [TES FBo-6 ew | ea = Gees Bere en) P-E= 2TE = —2>xGO-6 Pr = Her2ev] 9 # Pon H-atom Ces.) Sy= VReE*UP A -1a.cev owned skahe ye Ga = -2- ee ie ont ey Pisps siecited Mr Ba = “W-6xQsbe -tesiev and excited state 3 t Gy= -- > CN —o-6Sey ard exctted state G3 be = ~WB-b% OIE = 0-330 uth excited state eee Be es ees 7 nergy in ev) Oo ae e- RHE e Room nucle. Se nz ae SS: —Y Wr “VSG a=} @ Wwe nevoduing ' oertaudan 0 higher enen Devel ~-an em May emit MaAdTaLOG CHhoton) of A GpecFic wave te, H Falls, \deencthes) +2 A Lower every Level: we energy oF such Photons in aby equal to the WEIN in two en Dover. as a at G= En-bn, i) OB wenita aes ies Dower energy Sonch Os e- ma als madiation Cohoton) oF & SpecPic 4 wave Dengih omer (excites) 4 a ae oon Neve: ie ener Bas such Ohotong ig Qluany equa As the AEM in 40 nox Qe yb’ Cage a4 ca n2~En, \ | a Em-En, \ oe Mavs Aoack in Boho atomic Medel > eat ee a ee @r* otarda tsive Fan only H-alom % U Dike a komt Sing ts e- species) 9 Het ur, Gets ® He contnot explain gpectaem of mulbiclect —mon Specter. © T+ doer nok Lake into Account wave nasure ot eleckren violakin7g De- Bnoghte hy pothe - 3tn+ rr vralaker Hetaenbends Uncentatnity Raioct alls- ae Bok Rohoe explatn it: a Postion of em wa rb lo |e aTmzer| = mzer © TL cannot explain spalitin 2h Gon se of spectn ines in e d » eLoctanic Rield — Stane ec + a Eagane HC Brera + zeeman eF Fect ® Atomic Spe chs1um o- 4 Gaba seectnums Spectnum Q Sooo a ° é ig ie & = ScReen N Yoods® ® Extasion Spetnom:- @® Absanpkton Soetnvrnt - ® Emiasion Spetnom t- me spacitic S wave Beng WEL AH Eder On Suneen D tome San 4 Tprescarete . eaked s se wt Oheotnte Curment Recs) Semeen jena Epectno} * eae gxs hos chaxaghtenic emiagion Specknom + Explakion Fan emiaaion (Oisenete [Line) Specy & = 7 )3.6e.y T= -as6cdew n Src ~ 304 ano Con ue atom TS Cave aie ex, (ak by = -o-8sey on beakin it CRN % Yom. Proton t© yc Sn ery Ques N Keotgnu Unstable Po “highs Creongp Devel Cex? S+ea state) * So & GQomps ack CUdeexcites 15 a Qowed dean ae Reve- emitting ee ar in Ty Had Paton (Photo PE Spengy of wc Photon 1% equal to ATE’ in ars oF beo oak 5% Tnvalued in chan slots tr { EProton= En,- Ey, mc a oe A Aws200 Nave certain GheMe Specie values Onkiy —» Diacnete < Ppectnum bh: Q Pind eneng % wave engin oF @ ghoton So ee hen Qnem fn LE atom Led’ Makes tranatton Brom ert at. Genaton® En.-En, Gye thexct ou a S\~(Crig.gy\. Bs =-138-6 ev ; Eas -i-s) ar he. ja-oSenu r A he = Ide0G Ou Geant Tyaxie® 4 | sas _y a ° —15 A = \QU-O8 KCK PS ECine-v) Gan) A= \+0266 xio3 ee 3 Lo rbxid'?m =v, (a09 ea a # faxroutla fas eens J oP exntited proton’: Eproton= tua- En, WG yx Cech 2 (~ 13-0 ee Ay, a iG 2 he = {a-G 72 [4-38 Q ‘aie vane \ = + Teen fo 2 Ae He ie ae Peee-sxio> 3's ). 13-6 = eos miden'= C = BX169 mA Const $n Cn Cott HE atu) Rn EE SO ae noe (oe) ® N=2 +on=) (i) n= Sbonee Poe eames Pye RU-%) d= 2%) : 4 RCS, ) AzAaxl , QS a | Az x1 A= 2x30 A= 4x" | [P= toreas) it) n= Utonss Us) nee tones }e Rur(s-t.) Ley L.) os RU-y.) =F ee E ak AS . x ee (A= 31 0° | A RE aa \ * Longest Beton AX» smatlust transition % Chantes+ Bog 2. Bargest #AUL wavelongdh UlLina- viallet oe” . ® eg ton bs Cinvissintsy rg : tnd Sharthert And Son gent wave dengsy of 3 Balrnen Serio, Fas H+ akom: ae ReCunb : ji ot fl “2 Fon Hs peep fan ongest A*- Batmens n=2 oe ae far Shankent As - ers ‘ nn. 92 L=eRct) ae eae| a A art 32 Ne a a +F Ru) (An-k, =e (4-4) = Ge d= lWeR Ray ee = Ye oles Bout es A= Beysit BS pas cssnes] a. @® wo: of Voique spectral Viner| wo oF unique tmangitiona | No + of Unique wave Bengint> } (iy N= 4 Lonel CU) We toner 3 « g ‘ 0d 2 iz * Cen . _. wo: OF Seay inen= 6- %&GU-1) (Y-\+1) as-O.4 | WENVOUs SHectrIm “With some Specttic waveSenh i minaing: ee an = rbot! Wea a | | [| write. () Ayn ] < yh et / Duile, Hd “pee Voruny, (iP900= Aooon’) Po ae ogi grit a Pep avers [oYetay ferent ec Bacoke a ond dd eho A P ataran wee chert | * We Speakly wavelenqdh tak ap pew In emt aaton apecksiuh,, Morne Jome wavelerg-n aw ei sging Tnabaanplion Spechmons

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