solutions_12 - Wee/LIZ. “W m. A’ Q‘w Rénwbjb/ngm‘....

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Unformatted text preview: Wee/LIZ. “W m. A’ Q‘w Rénwbjb/ngm‘. .5», wmwg E -= . a? f 47723;?1-«2’ , , fl {Mu/7h? 05mg M~€m'eeww*wfik MfmmmWMmtlemfi 4A ‘1 «a» Mr G; t‘ l , IMmL‘ @165; 8—32 tightly wound long solenoid consists of a large number of closely spaced rings with a common axis (see figure). It produces a uniform field inside it. Use Ampere’s law to show that for the case shown (cow current in solenoid) 5. = “flunk? Where 11: N0. of turns/meter of the solenoid. (n: N/L) “L... W / on“; q; loom“, (aw/«a Wang, 'M «am/Leg, 1 t-x " 8-33 In a mass spectrometer the beam at 0 consistsof two kinds of particles with Same mass (M) but different Charges q 1, q; entering with a velocity 3 = v3") . For E = ~32 and the paths shown, What is the Sign of the charge (+ive or —ive)? Where will the larger charge land, P1 or P2? Justify your answer. ‘ M 2 ~ 7 . -,K_W.- ,_.._...__..._.___ _, ,V , H 7 , ,7 7 i__~,.._iw_. “ t S—35 Shown is a coil of Width b and length 1? lsuspcnded vertically in a 13 -field. How would you make it work like a motor? The Coil is free to rotate about its vertical axis. 1 “510’: T“ CW‘QYJ— <59 % B .3 /%% ‘ V [Z W yr? N 1"“(2‘3‘3 V Nuke“: Gavan/king iv, aqumcfl 419 .93., 633$ 0g. H "L I Ab'r‘r‘k Mai 4" C0 Ace/“M. awmiw LMk (/Qc’wf'g' 6M}; - 3‘1 6‘? ‘-A+ves&. // 71 5“ 7 high? Lxc§3 (Diw/ _Blwf OMA- $wil~g {Io-v“? 34M}; ()Mfififi W ' DIE" 03:” Nos: ,1, .L A {WEI} .f. K E ' a: so“ ““ififjfiififi ( Ml; E; ' I» ‘ \fl’af’xm Efi 7C( 040‘) { .-¢( ,:._ A. 2:; Lulxw \ ; ‘ _ \(Ayéisémce, Kg 2- '. 3V] ‘3“ 3,30%,“ _. . ‘3‘ ff_\r W \ gMC/L’ ii \A L? éLIFflQ/A‘Ib-AJ Y": ({mArxé‘l" \mQ’Lv— k? , a’TPe'dVDR., TIA/pus.) fir» q r- apmpane‘k" . { mQM “MW/t '17 30.5 (Lo ~séfiw+. , . .j “I? W S‘V‘ f: (ESKMOET §>Cgfin30°> M 32’. Q‘Wayvlhfl‘? 7&8“ mks, swvc‘wj av?» 7:0. S» v = ‘19 firm; if? 2-» a» 26> ( m o W marl-crath . W +01%: ,, ,Haww' B?" ‘1 arm) ._ 2: force: Zivwe'zu Q .w/Iez/s,.,w/ .92m5t1fi‘ r,,cmflw75_ .// fizz/Puma; _ @UD . (Hg/w 3V 4 z , , ‘ ., . gammmr mm.sz (Nrmz. yea/w? maudwv \. wdQ'ArLW/r, M D. 3 3 )\_\D?.km - _ mm = \mxflfivm __ m _ M M. M m .y u ,t _ M m _ _ .. wwwwé -...J$§L~.L‘:EL¢&L-mm.leEQéi_mw.m 941951114- 71¢ 1.5.WQLILZJumwfii‘wgWM J: 'L Wm.._M_m_____m__.Wm.-__‘_/Q.Iwz. .....,«.'-:«,W ‘1 - my.“ 54759:.“ d “' ~~»~¢/—--——A~M~_ “WWW-M”me wI—=-~7T%%§r—E—m_fi"€i_ 3 4.1.3.102 Lam ») mufimfli W41: mi?“ wjflaaiwmmfiwfimm _#.#_H~_Wfi_mi Wigwmfibwme .._. K. A .. ,- _.___ K, m _ M MW MM _ _- .w _ A- “MMMMW.-- _ AWL).-me mmmemw “mem WWW m % H A m M-“ Mm-“ _ W. - w - mg“ H 7, “paras/Tm” ,,7a;:,=1:~mw4«s .B€TWfa‘§N ,,?.L&TF-5 AU ,7NM . £914 921,5 .9 {Kw/,7" 9 Ram; , “IF/ago is. .. - k 7- '0',:.:\“' r r r \r .M M i.“ ,n 5 ' .- .— 1 09V ‘ Neal: meqmrrrc Vii/mo 7149 3: fineiQrQHEAlbuédifi (TL/(ch. IC. , ,éfv‘tfl,%mflfi‘ r .. _—v-——»w-2— :1 ,M ...
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This note was uploaded on 12/28/2011 for the course PHYSICS 122 taught by Professor Bhagat during the Fall '11 term at Maryland.

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solutions_12 - Wee/LIZ. “W m. A’ Q‘w Rénwbjb/ngm‘....

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