ph132s06_hw11 - PH 132 SPRING 2006 HOMEWORK # 11 Assigned:...

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Unformatted text preview: PH 132 SPRING 2006 HOMEWORK # 11 Assigned: 04/03/06 akgo: 5:3)22’23JQ?130332)33 wa ch31: q‘f-E'S—QE 1/.I I ‘ In F19 31—35 a 120-mm can 530kplacedmuemm- “be M of We Ptoblu'n 3l-l.lfflaememinnn.ob. mmmmifl “recoilwhiletlnsolenoidcumt “Much-1w? ssm. As‘sm 1M Sobmo'wfi A "" IMO-032.49”: “‘25- .: BA 2 [A0 240,4 _ 9L ' I04) «=- 1 Mlo4)(l'5)(2'2.w® 630% : 5-5xm Nb _dfl: T; Ara; 54.me PrDMJ : O - 3.3 xalb—S‘ fig “ — O-BZXIE .5112 -..0.B)_x.'€-V 35X“) 8.; Egon : (le (o-lazxw > a?“ 6152's \I ‘ O H i . V Laoil — é; —_. 015% z 0.02:? A .éo—f ‘ '. In Fig. iii-42. a wire fon'ns aclosed circular loop, with radius R =2.0mandresistmoe4.00.1hecircleiscentetedonalong straight wise; at time I = 0. the current in the long straight wire is 5.0 A rightward When the amt changes according to i = 5.0 A - (2.0 Msly“. (The straight wire is insulated. so there is no electrical contact between it and the wire ofthe loop.) What are the magnitude and direction of the current induced in the loop at times t > 0? [34+ +0 radar mom 154412.101: 15 od’fim P“? w m ULPP-eY Wild" 5411:; Chale- Lej- n29, Cutva he a1— aMt1 given W$+M M M 5m Hm, «HAL fielofl ‘1 s “INFO m Page. ‘wa {m lawm— W (9%,! M Chet;- Nei’ 10/904 = O -——-9 -‘- N042: yon (105+ wad [EL WMnMYS 94% EM TEE PTObI-om shawl!”- H" ' For the situation shown in Fla-3144.a=12.0mandb= l6.0cm.1‘hecunmtinmem ms” Wine is given by j = ‘50" " 10.01. Wlnreiis mam— PctesaIflIisiIIswonds,(a)l:-'md 3-005-{b)W1ulisthedimion 0f the induced curl-a1; in the hop? [a3 3 £05. Take qr-o M an Posi-Hma4 TE: 131 " 21w Wfi' SWW Law-EL- HI. 3144 mm 22. -050 2 aegis) :2 b»... {m ’7 5mg. fiim-b'm min Fu‘ [E] M “95 2 4-31-56 CP-WS‘qu-Giwk) 3. Follow‘lfll—fi- aw 0‘? Lam‘s Iqw ‘. .‘h . In Fig. 31-43, the squaxe loop of wine has sides of length 2.0 cm. A magnetic field is di- rected out of the page; its mag- nimde is given by 3 = 4.0t3y. whereBisintesluJisinsec» ends. and y is in meters. Deter- mine the emf mum] the square at r = 2.5 s and give its direc- tion. sum nu Cane,th asfiqb #wiaflh dy ad: CD'WW L] - Flux flmfio/k W M ‘5'}"r‘1 P H: 01% 2 BdA = Bade) X 49$; B (M) = 43541-47 =- (“130013 =(4fi) 2 £13: 249.13 _. 2 A lel— 4-} M. +22 35, a : KHz-9113: 1; Mime 30:17:- H-Rw . 39' '. if 50.0 cm ofoopper win: (dim : 1.00 mm) is formed into a circular loop and placed perpendicular to a uniform magnetic fieldthatis inuruingatflwemtamnlaoflflfl mTfs,al what mlsflacumicnugygammedmdnbop? m m L- ) (1055 Sat-Haul Hem 0+ w‘nrg '1..- Q- '7 AW“; '-‘ "flair? .. : >1": :r. _L.. _ ‘ .1- LOD'P I—TI ’ “Elm-:76 .7 IT 27: O" or. :— _i__ ,jééé)* ___l____._. “A ' Infig.3l-4?.$.alongrcaangularoanductingloop.ufwidth _ 'L.rcsismk.andmassngishtmginahorimmunifom magneticfieldnmatisdimcmdimomepagemddmuistsonly nbowfinemTheloopislhcodmppedeingitsfalitaweler- amsunfililmhesamfintanfinalspccdvrlgnodngairdng. . V}- H? 3 50 SHEETS 12-142 100 SHEETS 22-144 200 SHEETS 22-1“ Earth? Law, 10:33 Law, Olm‘s Law. Merck: Em: and! wire, m 2‘1“: I 5!] dfbpplh 4’: (cop #Imujh a majnaéz {dag we om?! t'n daze: dwrrflu‘ M Hm loop. 09' one, wl'” +6: loop ewe/£97m a 6m: dm: 1%; gram/#3 , bm‘ ' a/so amajmfi'c farce = I; = 95“? 7b lg! ’31.; QB=3§.O{A‘=. BA A 1'5 {n'me depended: Aft): L369) dt - = mm.- BdA; gm)- 3w h 3L7,» 71’? 3% de ' 3‘: " i . BLV . l 3 if": “15:3 Law”: Law: 4-313 dtcrtafl CA is die ).73 tsp/Jase {his Jhe deduce! curred mw+ cmé at «43mm, (/1 zin‘o *6: page. atst 141 right fun/rub) (' name be gfléwgse, I' NOW weal” fifldwmafimfifce on”? bop? ? undead? saw: 05': #:1'555'?’ E1.” ([9603?‘ Bf“£)]= "' Remembrr P131); H16 Jfffofi'm ' A A of +6: (errant. i ’31? Jalmfixefié'fl: £336 £1 1 gr: :0 _ gm: ([Lz-‘xac-eujr 'r‘Lsf Em" 0 (no gm 1W5 9339) An“ A In...‘ '53 "*5- A E F +an‘”; 3: gr” Eur = gm 2 {LBJ _ ll The wer‘gm "Ema: ‘m33=Fw I *2; Es; “ "i; " {183' — mflj‘ -= "137:" O {fi”dcm5bn* 14.) (LB =mg 22 I“ 50 SHEETS 22 I42 100 SHEEYS '21 I44 200 SHEETS «é r: LB 00 ‘E X: m 35’ 12 Id! 50 SHEETS 22-142 100 SHE!!! 200 SHEETS 12-1 ‘4 0 _ m ' Mandamjoimmondmingbuinmmwimmcuns (30—322 1; — - ..Twoslraightcmductingrailsf0lmaliglnang}cwhae ___l____-__fl_____~'_ gig]: ’1‘? = 5. 20““‘3’J J 3:0.350T12 a) 48 @2935 b) 5 6 {2:35 ' c) n if Z=dfin malfllevulcxaltimef=flandmomwithlconstamwloc- ityof5.20 mis along mam.asshown in fig.31—56.A0.350T magneticficldpointsoutofflacpage.Calwlnte{a)lhcfiux throughthcuianglcformndbyflxenilsandbaratt=100$md (bmlcemfaruundthcniangleumanimwflfwcwfiletbcemf as‘8=a:-,whuaaandnmoonsunts.whatisdmvalueofn? Waflncfi'c Fm)f Indagd gap at) @BflE-dfiijsdfl = BA We need A: Am 04' #7:on {flan-file: {419mm} abrac «Eraflt 2 SlkCC a: ‘firms, 2 A : (ac) : (me); (Some: WW5 CF} ‘3 movfij wJ‘Ht‘l d afl‘hflf Ye/Oa @850?- Bf}: Evzéz I i 2 my "210.350 r)(5-20"&)2’(3s)= MS. _ l a) 5= ‘18th = at =45 so ANS. amt-=02. 5 O 5 HEE‘I'S 22-1411 100 SHIE'I'S 22-144 200 SHEETS 12-141 gm g. 30 {65! III. .'. figural-49 shamamdoflengtthausodlomovclt wnsuntspeedvflonghofimnuloonducfingraflslndfiscascdn nugnofiCfieldinwhichthemdmovesismtunifumhnisFu- 'videdbyaummtlinalongwhtparallellnflmrafls.msume thuv=$.00'mls,a=10.0mm.f.= l0.0cm..andi=100A. (a)Calcuhtemcemfinduccdinlherod.(b)Whatisflleumentin flucnnducfinsloop?Assunnthud1cmsisunceoffllerodis 6N6“: 1/“: 300% d = /0.0mn = {0.ox/o‘5m A: fat)“: 0.300“ 0.4000andlhattheresimofdrcmilsandthcstdpdm t”/00H conneclsdumatflaerighlisnegligible.(c)mwhalmcisflnmal ‘ energybeinggeneluedinflnmd?(d)Whalforccmustbeap- ffnd.‘ “)6 puedmmemdbymcnanalngemmminmnsmodomem whmmcdocsflfismmlageatdowwkonlhcmd?00mpam b); thismwcrtoihatfoflc). 6’) 8:. (Mm/cum Jx'sa'pakd) d) 53 (62646014! fine.) $918- Cfiij-dfl = 8:904 8 firm He wl'rt r25 007‘ at - ' ,. anflanfpso we anngf 'us+' - .1- 6 ~ . 5 5 £15 654' X03] Ml :4 AM of 44m {Myra/L I flot‘x + d = 0- L ‘ ‘ 9 2;: g: : “gig-Kguxam) 35,: daggfi/gg z= "aiQB‘fif/“ééM/42‘y= *%(%Jt§g= v I I 1 I 70w lb) I: 5 AMS- ée (bur-[h B owfolee. Page) (3 (kW/SISO 1 I .9th crfak a magma fits/film)» at; page. 1“ mm b: C/Ookwrlse. o>a=rza=m. 22 I"! SO SHEETS 22-14! 1.00 SHEETS 22 14! 200 SHEETS @9 '5:h(< "350M magmovca yumm: win/Wham 9b lcmSabbra Stung; Seam opfimédfl, 4‘» find§_ £\ d§= jCJj4XED>3I(dflJ4x Bog») 8: 2:3 dig: “I $503 (G'firawure) 2779 mi I ‘ A 1 “4,-- —r at: ['1 n "r ‘4 d :- " 3L __ . F3- ] $43» — #wm) we r _ L‘ ./| %%M%c _ ms- ' Wigwam ! Per: P ! 6,12,3991‘ {fie Mma/ajem‘zjv came/led {b M TH 21 I 4! 50 SHE!!! 22-142 I 00 “HS 22 Il‘ 200 IH‘I'I'S 9 UP. A long solenoid with a radius of 25 mm has 100 tumsl'cm. A single loop of wire of radius 5.0 cm is piano around the sole- noid. the 0mm} 3ch of the 100p and the solenoid coinciding. in 'lOms anwmtinthesolcnoidisrcduccdfrom 1.0 AtoOjOA at a uniform rate. What cmf appears in the ioop‘? R:- Famdayis law 01‘ floa’acfibrr f:~0’¢3 a? QB: j‘g'dfi’ In a 5018:9018, 3' runs dupn +5.0. . r . --'5 ,deAwSo. Ms, m 1%: same. dmfim as A. £30!» deA =83 Z = "fl-(5A) = “A 0113: "ngf In) B {or a handy. (3'? 0H; dé , do], .5015) 0:113 i dependsan fi'me. . ' “pylon .Sa‘nre Hue comm! is damn): in a um’fwm wk) ’ we ran ftp/mt elf WM 93', H? am: where magma/ii am also raw-56mm; 4/654 ot‘ISMofi-JI CB =0 (5:113:32 ago/maid) = — n’(2.5x/o’ m)‘{:.zax/o'm%m)(7’3~ofi)(0.sfi -A 0A) /o #0425 I :2 (“HI xw'” l"'75) o avg-233: L01 ...
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This note was uploaded on 09/30/2010 for the course PHYSICS PH 131 taught by Professor Wick during the Fall '10 term at Clarkson University .

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ph132s06_hw11 - PH 132 SPRING 2006 HOMEWORK # 11 Assigned:...

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