TT She? talk: If ysa’ia so sir.zxt . . . In which Stephen King novel does a jealous Plymouth terrorize its owner’s girlfriend? Answer bebw cllfiGD fesis DETROIT FREE PRESSFRIDAY, JULY 31. 1987 8B Can with auto newt: 222-8784 U.S. auto output is running 10 percent behind last year’s levels. ITT supplier notes Bucld Co. speeds process for plastic components The Budd Co. announced Thursday it has developed a high-speed assembly process to bond and cure plastic panels for use by the automotive industry. A company spokesman said the process, called Budd-Tron Bonding, permits plastic doors, fenders, hoods and roofs to be produced in high volumes and will lead to an increased use of plastic in vehicles of the 1990s. The new bonding cycle has been cut from more than six minutes to 50 seconds, and there is no distortion of the component as in other bonding processes, the company said. “These dramatic process improvements place our plastic sheet molding compound in direct competition with all other materials for the manufacture of exterior body components for the world’s automakers,” a spokesman said. The Budd-Tron process is already being used to produce plastic parts for mini-vans. Budd’s Plastic Division is headquartered in Troy and employs 1,500 people in its three plastics production facilities in Ohio. TOYOTA Motor Corp. said Thursday that National Steel Corp. will be a major steel supplier for the cars to be built at its new auto plant under construction in Georgetown, Ky. “This is an important step in our participation with the Japanese automotive companies who are building plants in America,” said Robert Wester-gren, National’s vice-president of marketing and sales. Westergren said Toyota’s choice of the Pittsburgh steelmaker is the result of an 18-month selection process that involved several other domestic steel companies. ‘ When completed, the new $800 million Toyota plant will have the capacity to build about 200,000 cars a year, employing about 3,000 people. The first cars are scheduled for mid-1988 introduction, and National will begin shipping steel there early next year. National Steel is the nation’s sixth-largest steel- maker. New GM engine has more pep trivia answer “Christine” Source “Drlvlno Passion: The Psychology of the Car” By JIM MATEJA Chicago Tribune General Motors Corp. has invented the 16-valve four-cylinder engine. Actually, quite a few automakers beat GM to the punch in the last couple of years and have gone a step further by offering 24-valve versions of V6 engines. But, like the diesel engine, technology isn’t official until GM does it, no matter how much later than everyone else. For 1988 GM is coming out with the Quad Four, a 2.3-liter four-cylinder engine featuring four valves per cylinder two intake, two exhaust rather than the traditional two valves per cylinder one intake, one exhaust. The 16-valve technology is supposed to translate into increased performance with improved fuel economy as the engine takes in the optimum fuel-air mix, digests it, then blows it out a couple of exhaust valves. DENNIS WEGLARZ, production engineer for GM’s Oldsmobile division, which developed the Quad Four, said the engine will be optional in the 1988 Calais and its Buick Somerset and Pontiac Grand Am N-body sister cars this fall. “What we’ve lagged behind the others in terms of time, we’ve made up for in terms of finesse,” Weglarz boasted, adding the GM Quad Four will outclass the others in durability and serviceability. The key to its durability, he said, is dual chain-driven overhead camshafts. There’s no belt to break and replace. For easier servicing, a direct-fire ignition system uses no spark-plug wires and requires no timing adjustments. The oil filter is up front for easier changing. When GM brought out the 350-cubic-inch diesel engine, it also boasted about low maintenance, so the jury is out on the claims about the Quad Four. Weglarz said the Quad Four will be a mid-level option in the N-cars between the base 2.5-liter four-cylinder standard engine and the three-liter V6 that’s optional, except at Pontiac, which drops the three-liter V6 for 1988. The port fuel-injected 2.3-liter Quad Four develops 1 50 horsepower, which compares with 1 25 horsepower in the three-liter V6. Weglarz said the zero-to-60-m.p.h. time with a five-speed in the N-car is 8.5 seconds, with automatic 9.3 seconds. “It’s about the fastest car we’ll sell in 1988,” he said. The EPA rating is 26 m.p.g. city with manual, 25 with automatic. “It gets about one to two m.p.g. better economy than the 2.5-liter four and is about one second faster in the zero-to-60 time than the three-liter V6,” he said. THE QUAD FOUR breathes life into the usually sedentary Calais. The response when you kick the pedal feels quicker than with the three-liter V6, but there is a bit more noise at initial acceleration. It acts V—s r”V V;,; t f” The Quad Four engine from General Motors features ignition coils (A) atop spark plugs (B) that are over the center of the cylinders. Each cylinder has four valves two intake valves for fuel and air (C) and two for venting exhaust gases (D). The valves are operated by twin overhead camshafts (E). like a V6; it sounds like a four. Olds expects ’88 Calais buyers will opt for the Quad Four rather than the V6. Though it’s too early to talk about durability, Weglarz’ claim about easy serviceability could be disputed. Lift the hood and, indeed, the oil filter is in front of you, but low on the block and under the pipes for the port-tuned injection system. How do you get to the filter, remove it and replace it with a fresh one? Quad Four’s option price hasn’t been firmed up, but Weglarz estimated it at about $500. To get the optional V6 in the N-cars, you have to order automatic for about a $1,100 package. Weglarz said the Quad Four will come with five-speed but can be ordered with automatic as an option. Weglarz, like most Olds and GM officials, is worried that performance-minded buyers will shun a four-cylinder engine regardless of the number of valves. “Our biggest concern is that people hold being a four-cylinder against it,” he said. “It’s not a V8, but that’s about all you can say about it. It’ll take some time to prove itself and could take a few years for the durability story to catch up with it.” Manufacturing manager is appointed at Cadillac m mmm “””” . 1 Gary Cowger has been named manufacturing manager for Cadillac, effective Saturday, succeeding Richard Hoover, who was appointed director of quality process for General Motors’ Buick-Oldsmo-bile-Cadillac Group a month ago. Cowger, 40, had been manager of the B-O-C complex in Lordstown, Ohio, and previously ran General Motors’ plant in Wentzville, Mo. Replacing Cowger Cowger at Lords-town is Mike Cubbin, who is credited with helping keep GM truck production and jobs at Janes-ville, Wis. Cubbin, 40, has been plant manager at Janesville since winter 1986, when he took over a B-O-C plant with an uncertain future. Pickup truck production was moving to Indiana, taking 1,250 workers with it. The truck line had no production or jobs scheduled past this morning, when the last CK pickup rolls off the assembly line. He met with leaders of UAW Local 95 to hammer out contract revisions to improve quality and cost-competitiveness. He also took steps to break down barriers between management and labor. He made wearing ties optional for male salaried workers and rarely wore one in the plant. He did away with reserved parking and took time to talk with line workers. Local 95 members approved the contract changes last year. Since the changes, Janesville received good news twice this year crew-cab pickups would be made there for two years with 1,100 workers, and medium-duty trucks would be made there starting in 1989. JAPAN’S EXPORTS of motor vehicles for the first half of 1987, reflecting sluggish sales to the United States, fell 6.2 percent from a year ago to 3.2 million units, industry officials said Thursday. Officials of the Japan Automobile Manufacturers’ Association said it appears certain that sales for the entire year will be less than those of last year. Exports to North America accounted for 1.67 million units, down 10.2 percent from the same period a year ago, the association, said. The slow sales stemmed from price markups carried out by Japanese makers to keep pace with the sharp appreciation of the Japanese yen against the U.S. dollar, officials said. In contrast, sales to West European countries rose 7.9 percent from a year ago to 955,000 units. CAR OUTPUT dropped at U.S. auto plants this week, as the automakers scheduled assembly of 71,818 cars, Ward’s Automotive Reports said Thursday. The automakers built 74,130 cars last week and 100,164 in the comparable week a year ago. U.S. truck production schedules totaled 65,870 for the week, compared with 64,334 last week and 65,964 a year ago. Canadian car production for the week was put at 8,386, compared with 8,537 built last week and 11,031 built a year ago. MACK TRUCKS Inc. has forced a federal arbitrator to pull out of negotiations with the UAW after the company complained about a letter he received from a former union official. A new federal arbitrator, picked Wednesday by the firm and union officials, will begin next week to hear their dispute on transfers to the truckmaker’s new plant in Winnsboro, S.C. More than 75 percent of UAW members voting in Allentown, Pa., and Hagerstown, Md., have agreed to a new contract with Mack, but the arbitrator will have to settle a dispute over transfer rights to the new plant, authorities said. NASDAQ national market Sales CIS CM AiWBd 1144 13 Vt ABS .10 5 II1′! – ACCCp 146 1 ADC 455 11 AEC .32 25 13W AEL ‘ 457 1411 … AEP 169 8′ -V AIFS 421 IVt -Vi AIM Tel 14 10 4t ALCCm 647 2 … AWE 293 UV1 -Vi ASK 183 13 … AST 1549 154 ATI 245 111 AW A 141 3’ Vt AamBr 35 10 AarnRt .10 4 12V4 -Vt AbingS 107 lSVj -14 AcaJee 7710 W vt Acadln S49 2’1 ‘,. Accel I 231 9′ -V4 Aceotln 71 14′ Vt Aceto ,14r It IS’ .. ACMAT 124 30 1 AcmeSI 234 17 V ActARt 31 174 ActAuSI 17 7 -Vi Actvsn 170 IVi …. Actmd 14S 27 V4 Acusn 52J4 20Vi -Vi AdacLb 424 2′,. ‘ Adage 16 3 Vi Adapt 1491 10″i AdiaSv .10 34 27 -Ml Admac . 157 2″i -‘I Adoc.Ss 10 It 3216 Adtec S 13′ Vi AdvCir 104 4’i . AdvRoi I 7’ “l AdvGen 179 S’a 11 AdvMag 25 7)4 -‘1 A’JMkSv 421 14 ‘ AdvSem 31 4Vi … AdvTet 1232 246 ‘ AdvoSv 299 9 -Vi Aequtrn 139 4vt … AerSvc 123 JVt-Y,. AerSyil 223 1″,.-‘,. AIIBsh 269 13′ -Vt AgrcvR t 253 21 Vi Agnicog.20 1196 27’ ‘ AirCrgt 65 6 AirAAd 357 6)4 AirW.iC 66 914 -Vi Alrlnd 2 17 AlafKl.lOi 55 I6 -Mi AlskMt .25 137 IV,. . AllkNt 159 1V4 -14 Alalen 2.20 II 36 ‘1 AlcoMIt 395 16 -14 Aldus 463 2914 Vi AlexBM.I6 194 HVi -4 Ale. Bid 1.36 572 58A … Algorex 56 34 … Alius 1 23 AllCitv 11 3’ il AleoW .30 170 2414 -Ml AHegBv 520 1314 . AHaCpS 77 1614 -14 AUFIN 1.00 43 2014 Vi Alliant 191 20 -Mi AlldBn 2790 9 … AHdBk t 2 1314 -‘I AMCa 6.64 1 22″! -Vt AHdOp M 17 15 AllflRsb 911 7 Vt Alison 4 74 AlovCpt 50 914 -14 AHwast 317 llii Vi Aloette 5 6 -1 Alpharl 3(3 9″) .. AlpMic 41 5 V Alphll 17 14l 1 Allrncr 200 314 … AIMS 124 lOVi -ll Alto 312 12 ‘l Altrnt 4 5 Amcait .44 27 1214 Ml Amcote 166 3″,. -V,. Amcor.Joe 11 14 -V4 Amrian 11 9′ . Amerbc .20 129 I2W -Mi AFFMt2 121 10H -V AFTxEx 1.70e 10 20ii AFTXE2.99I 24 17′ -. AWAIll 1124 7’ -i ABnir St 37 !3’i -‘ ACapac.lOt 400 10141) AmCarr 31 9’ -Mi AmCltv 1 3211 -‘A AComu 63 1414 … AConll I 10 74 -V AmCrse I 40 214 -14 AmEcol 10 23 W AExpl 16S 4)4 44 AFdSL JO 23 6 AFSvOtr 20 101 – AmFral 4 2H ASreet M 4071 27’t ‘4 AmWth 69 21 -V4 AHItSv 202 6 AHSld 996 IV4 -V. AmlnLf .40 214 12 AlndF .56 Xl9 13V4 AIM B41.940 401 II’ – AIM 15 1.554 21 1614 .- Amlntg 271 614 -V4 Amlcf .21 2 1214 1 AMagnt 129 6′ -V AMS 301 16′ -Vt AMid) 310 14 – V ANllnl 1.32 227 37 ” AmNwk 5 1′ ANueIC 33 1′ -Vi AmNurl 7 S’4 -Vt APhvG 71 31 -Vt ARan.03 292 15 -V KvNV aSe 334 I6V4 ASNY of 1.11 130 20)4 1 ASvWA.I5r 133 1514 -1 ASofts .12 912 IS’ ‘ AmTHmd 471 7’ -V4 ATvCm 2001 2ltH4 AmTrav 32 1)4 ‘ AWitCp t 73 6 1 AWood 15′ AmFtFd 579 11′ -1 Attrltr I 562 24)4 Amrwtf t 1 1l’4 Arnertt 210 3Vi -1 Amoen 1371 27V Vi AmtyBc.OM 10 1014 AmikBk.64 14 20′ -Ml AmosKI.60 5 30″! 2 Amplcn 12 14′ -H Amvst t JO 44 6)4 -V4 AnloelC 69 12 AnalvTc.ll 12 14’ Vt Analvl t 93 74 V4 Anaren 412 7 ‘4 AtKhrFn.25 50 J?H V4 AlKhSv 440 W -Ml Sales Cli Cha. AndrGr Andovr AndvSv.60e AndvTo Andrew Andros Anlmed Anltec s .10 Antonv 42 I ‘ 3 10′ . 10 11)4 -Vi 23 5′ 76 I6V4 -14 16 16 30 24 -Vi 25 23 11 59 6l ApooE S.12 231 10)4 ApoloC APPIBK AppleC I ABIosci ApldBio ApldDt ArxdMt AMdSIr ArabSh Archive Arbor Arden ArooGp ArgoSv Arilch Armor ,40e Arnold .40 ArowBk 1.08 Artel Asbest s Ashton s AtDenR AsdBnc 1.771 AsCmA AsCmB AsdHst .12 Alrcoa .40 Altec AstroM Astrcm Astron Astrosv Ate or Athev AticoF Atklnsn .64 AttGLtll.60 AttAm i .24 AltFIn .21 AtlF pf 1.05 AttPrm AttRes AttSeAr Attwood Austron AtwdOc AutTrT Auloctv .16 Autodk t Autodie AutLng AutoSv Autmtx Autospa AutoCp AvntGr Avntek Avrv AltcM M BARR BEI .064) 6GS BHA BIWCb BMJ .S2 BNH .ItT BPI Sy BRCom BR Inter BT Fn s .72 BTR .14 BalrdC BakrFn 1.00a 4859 19’ ‘ 1174 31V4 … 9312 411 V) 181 15’4 792 26′ W 56 314 152 23H1V4 2 II -V4 16 71 -V4 1373 1014 1 277 15)4 4 4 3014 -1V4 56 SI’l 2 36′ . 54 16 14 157 23’ 1 3 421 -lit 13 38 19 31 Vt 376 614 . SO1 U 162 3Vu ‘,. 51 23V 14 39 36V1 IV4 27 37 IW 5 10H -V4 7 9i 16 II 14 140 114 14 3 21 ‘ 1 614 12 714 -‘ .12 848 22′ t 205 I4i 14 .20 22 20 4 32 HW …. 84 2314 -1 lot 181 9’ 1 21 1214 .. II 71 ‘4 431 Ui u 343 1214 -1 49 25 -1 2 2H -1 191 l914 l4 56 6′ 23 7 -14 1177 23′ lW 20 17’ -! 360 13″. ‘ 406 414 -)4 860 2’V,, aiy j ‘I. t Mi. . 9’i -‘A 10 914 -14 3653 314 . 699 1414 11 26 3 569 9)4 27 II -Mi 90 i4 -1 IS 6″4 10 1IU -Vt S 4 I 161 5 16′ 1 13 2′,. V,. 3 514 77 10′ 11 I6’ -W 6 64 …. 2 2 m – 15 Slil -11 BakrJ s .06 138S 15″. BldLyB .20 73 18″) BaldPla 120 17″) Baltek s .05 13 1214 -Mi BalBcps.40 506 19 ‘ BnPncsl.20 565 26 ‘ BnPop 1.32 37 30 ‘ Bancobl 34 3′ BcpHw 1.96 443 54′ -V4 BcMIIS.64e 3 2l’-i Banctec 3057 12)4 -1 II 6′ 44 I 14 -1 22 60 l4 22 44′ 2 BandoM BsnoH 1.00 BnkDel 1.S2 BkGrn 1 .S2 BKNE 1.24 5139 34H finknn .04 5 It Ok SOU .44 BkStfd I Bnkcstl.48 BnkFst BkrNte BnkgCtr Bnknth 1.46 Bklowa BkMAm t Bankvt .20r Banta .44 Barden 1.00 Barns 14 BaryJw Barton BsTnA BasAm s BsRInt BsetF .80a BatlMt BavVw BavaSL 1 BayBksl.44 Bayly .12b Bayou BearAu BeautIC Beaier Beebai BelFuse BeltW BeHSv BenJer Benban BenlSv Bercer 19 17 14 1314 …. 345 I3t ‘ 591 12 ‘ 682 4V4 4 175 1214 M I 39 25 46 1 70 2’ 70 27 -Vl 301 23 10 33 2V4 299 14)4 14 115 114 ‘4 19 2 ‘ 116 “4 -M4 32 7 ‘ 255 227 4714 10 3241 38S 44 1001 15’1 V1 I 19′ 14 271 42Vi 14 II live -14 20 7 14 51 7M . 516 l St 43 14′ -4 61 16 43 14′ -1 45 4)4 102 II’ -1 10 22 47 4′ 520 7Vi Berkley .21 1119 27 Berklne .SO 1 12′ -14 BertHa 23910 40 BerrvP I 21 -2′ BefiLbl.5 683 S0′ 1′ BevSyji 123 7H -Vt in re ft J7S 23 V 290 614-1 4) 1114 V4 t 134 IjMi V4 Sales as On. Blomet 742 2614 44 Bioipr. 5 7 -Mi BloTcC 122 9Mi 14 BlotcR 24 11)4 ‘ BioTInt 19 S’l -Vt BioTcG 306 1)4 -Mi Blomer 79 I9V4 -14 Blrdlnc 35 1 BlrStl 287 23′ -Ml Blrtchr 20 3′ -Mi BISbGr 12 3 -Vt Blaslui 3 3)4 -Ml Blau 16 51 … BICkD .S4b 143 30’4 14 BlckEn 1421 33′ 3 BoatBn 1.84 92 39V4 . BobEvs.28 99 24′ Booert 13 ll . Bort!H.0Sr 310 2211 V4 BoltTc 45 3′ -Vt Bombay 10 7′ Vi BonvlP 51 13′ BooleB 2 10’ -Vl BoonEI 23 544 14 BostAc 19 744 -1 BostBct.60 114 22 -‘ BstnFC .46 409 25 -‘ BlvdBC .44 BOVMkt BradyW .20 BraeCp Brantre.lSe Braids 322 1744 -1 I4’I -‘A 256 2844 14 21 344 -Vt 20 IS’ 110 I”. Branch 1.21 x23 36 Brand .06 752 23′ 1 Brandn BrndySv BrrifdSv Brkwt9 Brenco .12 Brende BdoCm BrigFd.lOe Brnkmn BrlsFS BrltLee BdwvFn.36 BrwnRb BrTom BwnTrn.04e Brunos .18 BrynMsl.20 Budget Buehlr .We Buffets Butflon BuUdT BurnA 2.20 Hrnnm BurnpS 907 1014 352 I’ 52 13 Ml 592 71 31 414 -Vt SI 12 a 368 2044 44 10 1314 14 122 841 I 10 … 56 2 …. 7 1744 -I 10 714 …. 794 K, ,, 28 II’ Mi 280 20′ 10 32 -I’ 259 I4V4 1 2 9′ 4 15 14 ‘ 4S 4 -1 711 I7V4 -1 3 32 la ,24’16l 221 i 74 6′ -1 BurrB t 66 1014 … Burrlt t I 17′ -14 BMA 1.10 1103 39’4 -Vt Buslnld 2045 13’ …. ButlrMll.32 137 34 14 ButlrNt I lViV,. CBAT s .36 4 211 … CB&T F .40 3 II -Vt CCA 13 2V,. CCB s 1.24 21 391 -V4 C COR 123 10 -44 CCC 486 1044 VI CCNBs.404 44 204 Vt CCX Nt 64 16V. CEU 231 W . CEM 165 131 -Vt CFI St 119 6M4 ‘ CFS 19 2044 -Vt CJI 17 14′ -I CML 114 28i2Vt CNB I .Olb 54 2411 CNLFn.22 10 41Vi, COMB 487 19i …. CPI s ,16 365 2414 V4 CPT 270 314 … CRPL 20 5V4 CSCInd 15 3 251 6 31 21 S48 25″. CeWTV 5 2t CabotM 280 2′,., Cabot wt 20 “,,'( Lacne 111 CACI 1 272 CbryScl.20t 445 4344 – 44 Cadmu I 564 274 44 .92 -Vl 1 Cadntx Calgene Caigon CalAmp CalBlo CalEgy CalMD CalMIc CalGId g O’WrrtHS Calnv .16 Ctlumt .32 CamBS Canonl .lie Canonie CCBT 1.00 CapAsc CapBcp .96 CapFSL.20e CaptWr.20e CaoTr 1.101 CapCrb t CrdnID .01 CarePI CareerC Carmk s CanCm.07e Carme s Carmllr Cargeln.lOe Carlngtn Canrer Cascde .60 Casevs t CihAm CatoCp.02 255! Cavalr Cayuga .32e cencm 1 Cencor CntrBC M0 centcor Cnttm 136 12′ -vt 2B l2’4 …. 597 38′ 1′ SO 2′ -I 353 12V4 … 9S 7Vt 1 II 7 203 64t -1 47 214 1 I S6′ i 141 II’ ‘ 22 i ‘ 322 101 -14 551 331 11 123 3414 24 41V) … 101 l -Vt 422 II 50 6VI 15 II w II 13M4 ‘! 190 44 t I 21 … 3068 412 10 5777 22 1 25 27 1 143 9 120 91 1 16 744 -1 141 27i 1 33 9V4 -M4 24 23V4 14 626 ll”l 44 It 15′ -Vi 52 I’ -‘ 12 I’t ‘! 32 10 -U 1580 31 ( 47 I 19 381 v. 451 33 U 72 13 CeriBct 1.15b II 42 -Ml CBshS t .66 41 I7V4 CtTtBt .194 45 ll’t -VI CtrCOp 41 17 CFIdBh I.N 257 324t CtrtHM .20 16 7Vt Vt CJerB 1.40 10 43 14 CnPacC 490 644 Vt CPaFM M 5 l2Vt V4 diiLts M M svt vt Centuri CtvCmi Cerdvn CerbrA . Cermlli Cerrwr Cetus Chsllnt CMorw rhmnP t 1 Sales Os Cha -Vl M 1H 120 I9V4 311 124 25 5′ 57 2′ 235 23′ 110 27 II 414 I 7U 1. iftni 107.144 Chnrrn 17 Oil It. u.U rhnnlnt 4(1 01. Chapral 350 , ChapEn 4011 Vt ChrmSs.12 1657 32V4144 ChrtFrJ.4lt 39 tv Chrtwls’ ChsMed ChathM JO ChkPt ChkTch Chmclr Chemex ChFab Chtrok s ChruCn 11 Cheslnd 543 Ik 717 5! 17 36 14 196 12 Vt 27 12 . 187 9M4 -Ml 160 7 6 41 …. 1511 2I1M4 9 15 … 72 2 Cheshre.0le 309 16 -vt wnini ChDock.30e cnidDis ChfAut s ChldWId Chills ChlpsTe Chiron Chltndt Chronr 4007 l’4 M4 16 321 32 2′ … 7 1444 i 1046 II IS 34′ i 1064 23 IV 436 24′ -V4 21 24″. -Vt 293 I2V4 ChrDwt .22 960 14′ Clmco 131 I3M4 ClnnFn 1.52 910 SI ClnMlc.lSe 251 644 Clntas t 23 35 cipher 2016 9′ Clprlco Circadn ClrclEx ClrclFA Clrcon 27 S 3 31 …. 94 10′ i 186 7V4 Ml 41 TU CflSoCp 1.00 1920 25 ‘ VIIOH a ,T ti 4V’1 V4 CtlFG 1 .61 1407 18)4 – 44 Ctllns 69 7 Mi CtlSNY 30 ‘ CriSMd 17 9V CtlU A S t 162 34 4 CtIUBSI.20 20 31 ‘ CltyFed .40 712 7 4t ‘ CtFdptBllO 6 20 -Vt CtFdPtC.40 514 3V4 -1 CryLTrl.OOC 259 41 -1 CtyNC .64 51 271 i CltySy 3 11′ 44 CltyBcpl.12 15 49′ …. Clalrsn 1920 104t 44 ClarkJ .96 118 36′ -Vt ClearCh I.5M 171 1844 44 tievmi i.uu ay y CllnDt Clottl CoOpBk .SO CoaitF CoatSI CobRsc CobeLb CocaBII .13 CoCaM Codenol truinl Coeur Cogenlc Cohernt CoiabR Cola gen ColFdl Collins ColABn .72 CBcA.M ColnGp .40 ClnGas 1.64 ColLAc I caoNt 59 4H 1 154 23′ 1 29 17 11 243 16’i 44 371 Hit -Vi 25 3 -Vt 135 22′ . 13 106 33″. V4 1103 7V4 51 IO’4 … 10 214 -Vi t 1514 2644 – 44 125 I’,. …. 305 124 -1 113 7 11 627 II IV1 154 12′ Vt a 3 … 5 2SVt -44 60 21 77 II”. 4 27 23 200 26′ – (tnliiFri t .10 U9 Kilt 414 ColFst 91 IS V Comalr 74 944 Cmrcos 117 7′ Comcsts.12 1073 26 … Cmcst sp.12 II 25′ Vt Comcoa 138 6′ … Cmdlal 409 2′ -1 Cmerlc 2.20 103 59 ComBC .90 10 16 – CmBc pi 10 20 CmBsh 1.12 22 37 friw 1 tt vi in. CmceU ‘.11 103 30′ V4 .IT1D.n .M t 14’ … CmcFdl SI7 14 44 CmclNt.60 1 16 rmlChn U 1IIA 111.114 ComdE ‘ 3417 6 7 ‘ IwltB s .10 31 22 -4 591 SVi -44 12 13’ … 260 9 -Vt 31 71 … I 19 -44 314 1711 ! ,36 ‘,, 100 7 -44 96 13 35 10 …. 17 144 14 c, cmwMo CrnwSv CmwHo ComSy .24 CmtvBn.164 CmtyBS .76 CNBNY ComShr.lOI ComSvg.lli Comnet CmpoT tmptr $.40 357 14 -i CmprsL 217 4′ -L Cmpch 17 Compus 59 .. CCTC 421 I V4 CptAut 204 12 14 CmpOt .10 131 I -44 CptEnt 72 94 44 CmptH 10 13’ .. Cmpldn 50 144 Vt CmoLR .12 20 ‘ … CmptM 191 3 – CmoMc I 7 4 . CmpPr 101 4′ V Comshr 125 24′ 14 Comstk 69 644 1 Comlrx 13 244 14 Cncptl s 414 17 Va ConcCm 65 20 . ConnWtl.S2 39 22 . CnCep2.40a 109 II CCapfl 2Se 16 3t 1 CC4pS 2.16 241 I’ JonFbr 1 Ji . CniPapl.60 112 6 -Vt CmltB s .92 66 32M4 -44 Consul 71 144 Vt (entPt ( Ji CornFn .M SJ iVt -VI Sales CIS Cng. ConWtS.88 37 20 -Vt CtlFSL 12 4 -M4 CttGns .10 14 6 -Vt CtlHIttl 3 9W . CtlHme 419 6l …. CttMed 67 131 ‘. Contin 125 21 -V CtLasr 41 S … CtrtRs 382 22lVt CnvFd 1.771 30 22 Mi Convgt 2430 7′ -Vt Cowsn 843 i, 1 Convex 625 14’ ‘i CooprD 126 10 CooorL 77 TV Coon B .SO 2951 2S’ 1 Copyt 325 II -1 CorctCp 401 10 Cordis 377 IS’ -Vt CoreSt 1.36 2203 38′ 44 CrnrF t .36 10 !4Vt -Vt in -Vi, 61 I 44 SS 444 I lOii … 923 12 5 7M4 .24 1 1 54 UVt 41 7 21 19 II 6 M4 23 l74 44 434 “,, 6 7Vi …. 164 IVt Vt V,. Vt 20 41 – corvul CosmFr Cosmo Collar Costco CtnSLf CWTrns CountvS.41t Courer .40 CourDIS CousP 1 .60 Covngt CrkBris.10 CrttHou t Crftmtc CrwtCo .SI 394 24 “1 CriEdi 3332 4 CrstFdl 194 I14t -14 CrltGp .36 159 10 Cronus 214 16 . CropG 2 9″. Vt ;rosbys.35 374 IMi -1 YosTr 7934 2144 -1 TOSldS .40 904 l44 roslotl.ll 291 20 it vit 74 101 3″,.. 5 1514 -1 798 12 44 259 32 14 139 14′ 14 252 10′ …. 244 54t 44 21 8′ -‘ 1100 27 -1 922S 12V4 521 11 -Vt 147 17M4 35 54 293 14 -M4 266 S M4 34 12 – 198 101 -vt 10 7 ‘I …. 3780 744 37 43′ …. 3 12’4 1 10 141 1 254 121 150 12 3455 744 44 652 5 Vt 2163 rwnAn mAut :wnBk :ullnFr Cullum .50 Culp .01 LUmDfO Cyberfk Cycre Cyprus CvpSem Cytogn DBA DDI DEP DHTdl DN Svgl.28 DNAPI DOC DSC DST .20 Dahlbrg DlvJour DalryB DalrvA DaisySv DmnBIO DartGp 13 Datcrd .24 140 14′ -Vt DtalO uatttx 1 DtMea t DtSwtch DtTch DtaTr 1 Datcpy Datmar Dtamtr Datscp s Datvsn Barum auphn 1.20 Davox gawson axor Daysln s DebSh s .20 Decom Decor .01r DeertSv DelnPr Dekalb .32e DelaOrs.031 Delchm .21 Detplnf Delta Dt DeltNG 1.04 DltWod Deltaus DentMd DepGtvl.32 Derby .I0e Desgnh Dsglnc Desl DTomas DetrxC 1.20 Devcon Devon Devry DlagPr Dial Re .lie DlaCrv M Diaionc Dlbrel .96 Diceon DCIark Dickey .12a Dlcmed Dlglog s DigtlCm DigMIc Dlgtch DlmeCT .60 DlmeNY DlnnrBI .40 Dlenex 1 Dlonlc Dlstlot Dlvrsc DIieYr.2tl DlinTI t 2711 7′ 75 7 123 14 ! 1005 6 219 i 1 20 2114-1′ 242 6′ -14 14 10 – 61 2′ 29 37′ …. 510 2’ -Vt 30 511 -1 51 32 1 214 12 31 7 -V4 124 11 …. 1176 1144 234 II 4 2″,.-‘,. 3 4 20 17’ – 130 31 -‘ 270 26 14 2 20i v4 19 22 ‘ 14 61 -Vi is i.-i. 2 12′ 14 7 12′ -Ml 2033 2′ 201 2 16 35″. …. 29 ll’4 -Vt it 2″) -y,. 43 154t 249 5’ -Vt I 121 .. 70 35 6 241 1790 1444 I 16 290 3i 13 20 … 72 371 -Vt 1606 3’l-V,. 19 25″. 36 31 ‘ 2 4′ 4 14 18″. -Ml 25 1 …. 179 7′ 1 1119 36M4I 339 I7′ …. 739 3′ -Ml 152 12′ -14 2187 22V4 44 5 19 -Vt 768 29 -11 22 3 306 6l t 28 7 -Vt 329 31 -Vi 2 22’ 1 14 2 1 DlrGlf .20 S23 10 44 DomB 1 .72 520 21 -Ml 13 47 101 10 191 1044 60 20 692 714 ‘ 17 lO’l -Vt 33 II’ … 1177 19′ lVl DrchH .60 Doikcl I Dotrnlx DglLom .50 DwnvDs Dranti .24 Dreshr .16 DresB s Drewln Drexlr DrevGr Drvdn Dumag It 44 ,. 221 I2V4 -Vi 620 21 1 141 I7M4IM) 12 10 14 DunkDn.32 417 3014 -1 DuqSys 1494 20 lVt Durkn 175 1 244 …. Duramd 10S 11 -Vi Durhms.92 IIS 33Vi Vi ?’et CIs Cng, Ourlron .56 113 14′ … DurFH .17 206 12′ … Dvatrn 161 6’4 Mi Dycom 616 I4M4 DynRsl 30 10 Dvnsc t 130 11 1 DytchC 473 21 -1 EA Eng 7 9Vi Vi EBMar 41 7 ECAD 352 7 … EClTel 7 4′ … EILInst I 2 7′ …. EIP .12 131 9Vt Vt ELXSI 1887 1′,. -i EMC Cp 145 31 24 EMC In .41 4 lOVt -14 EMPI 175 3Ml 14 ESSEF 1105 17 Ml E2EM 19 ISVt Vt EglBn I S3 9Vt 1 EaglFn 5 10 -Vi EaglTl IO0 2’V,iVi, Easco 147 10 -Vi EstnBc.lOt 77 II’ i .. EatnF s UVi i EatVan .21 13 23 -.. Edgcmb 64 4′ -Vt ElChlc 10 SVi EIPollo 32 S …. ElPas I.S2 1001 16 …. Elans 5298 2141 -1 Elbltg .750 14 I Elco .14 6 221 -ll Elcotelt 204 18 -1 Eldec 77 11 EldorB.20b 8 11″. … EldrM 20 3 , ElecBIO 282 44 …. ElCaltl 23 S’ -Vi EleNud 61 11 ElcRnl 421 13′ …. ElcScI 166 8 H ElcSens.20t 2 5′ … Electlx 95 45′ -14 Elctmg 90 17 EiecTel.04e 45 6′ …. Elexls 13 St EllotSv 13 12 14 ElmwdFd 24 I …. ElronEI 89 7 14 EmpOrr 448 2 -Mi Emulex 295 7 …. Encore 1089 3 Vt Endta .09e 99 9′ Vi Enrgas 1.00 S7 13″ … Engnth 1.24b 74 II’ -Vt EngCnv 479 25′ . EnFact 229 8 V1 EnexRs 90 I’,. … EngnS s 227 9 -V4 EngMea 47 6 EngChn 3590 24 … Engrph .17 I ll4 Enseco 139 16 -Mi EntPub .10 76 2IVi Vt EntrCpt 43 6Vt … Envrd s 255 22 1 EnvrTc 10 5 Envrpct 6 20Vl 44 Envlrsl 360 19′ 11 EnvTrt 1269 29′ 1 EmoBI 66S 9 Emon 388 9 Enznwl 73 13 -Vt Epslln 10 10 Epsco 9 IO4 Equal 163 3V,. V Egulnt 134 6 Vt EgtBcp.lOb 18 24 … EqtIB S .92 30 24′! Vi Equitex 23651 S, EqtOU t 20 6′ … ErkTI 1.204 33 38 -Vt ErieLaC 2117 1 Erlylndl.45t 9 12Vi Vi Escalde t IS 14 EsexCm 76 22′ ‘ Essex 22 4′ …. EvnSot 41 29 -Mi Evans .04 16 9 Everex 9640 11 44 Evrorn s.96 4 33vt … Exar 79 10 -1 ExcelBc.20l 524 13 M Exceln 5 13′ – Exlnts .40 41 14 Exovir 9 16 Expln s 70 I6M4 -Vi Exposc.34b 109 I6M4 … FAM 1 .44 20 20 4 , FM Nt 1.121 H 1711 … FBX 6S0 4 Mi FOP 10 4 – FFBCp.104 II 14i . FHP 7 91 . FMI .02? 109 13 …. FabWhl .12 52 104 …. FairNbl 1 101 – FalrhvS 21 94t -Ma FalcOil 13 4′ … FamMIt 13 II’ …. FamSI I 434 l Mi FamRst 1201 3′,. ‘ FaradE 2 2 FrmHm .50 61 23′ …. FarmF 4591 14 – FarHou t 42 5 FarmBrl.00 I 71 -3 FarGpt 1.20 1306 43Mi Vi Farrs .24 1 lOVi – Fargut 1.00 20 6″. FFnSL .174 12 I 1 FedGrp 277 5t -Vt FerotlU 1031 6 Flbronc 101 54t . Fldlcr 1.S2 1701 31’ …. Fldclr 093.2$ 2 62″! Vi Fldlcr p) t it i FidFTn.264 II 17 -1 FldFca s 96 10 – FlffhTh 1.44 240 53 Vi FlggieB .76 72 I2 1 FlggleA .11 127 7I -44 FlleNel 1861 I7 -44 FlnNws 361 9 -Ml FnTrst 1.61 S 47 lVt Flngmx 1177 4 V,. Flnigan 247 I6M1 …. FAIaBk .76 1066 19 -Vt FAIban 43 ‘ FABkpfl.90 4 17 1 FstAm 1.60 72 46 FABk A. 40b 611 7Vi ‘ FIAmB pfE 4 22 FtABk .404 668 I1M -Vi FtAFn 1 .50 36 2l …. FtATn 1.10 380 2844 -Vt FtAmSV .24 99 ISVt …. FstAmFedCp 24 l6Vt Vi FtBNC .056 1 I6V1 . FBOh 11.20 243 30Vt …. FrCaptl.10 12 26 V1 FColfi s .32 39 15 FtColiiF $ 9Vi . FComB 20 44 … FComCI.20 31 19 ‘ FCmcls.14 2I”26′ i FCmBl II W’.lV. Sales CIS Chg. FICont 113 34 -Vt FtEstns.60 169 29 -Mt FEmp 1.60 9106 -2 FExecs 3614 194 .. FExptE 2.124 46 23′ Vi FExplF2.ie 354 24′ -Ma FEx pfG 302 23 u …. 24 3′ ‘ 29 13′ t 360 19′ i 60 45′ . 100 44 …. 1456 2SV1-1M1 29 Vl -Vt FEx wt FtFaml FFwst FFMIc .12 FFdNH .40 FFAust FFdICal FtFdCar.36 FFChr s .40 FFdChat.08e rrden FFdHar FstMad.36a FFFtM S.48 189 24 FtFKal .24 5 17 FFdLaG.OSe I 12’ 1 ct-OLO s.160 12 32 17 2 ISV4 -1 20 I 20 12 43 16 1 ‘ FtFdSL FtFdSC I FFWoos FFWPa FFdAla FFdPR FFnclSl.60 FtFnCp .41 FtFMg i FtFIBk .72 FtHaws.90 FHomF.I7e FIIICps .44 FlntAI FlnsWIS.60 Flnlewa FJerN 1.60 FtKvNt .14 FtLbty FMdBsl.OO FtMlch.60b FMIdB t.60 FtMtIS S FMuWA FNfCal .05r FNCInnl.56 FNDela.20e FNHB S .60 FNthSL .48 FtOak .60 FOhBn 1.04 FPeoFn rtKPBC FtSvPG 33 6a 40 9 6 13 I 9 3 IP 14 9 14 10 49V1IM4 28 204 …. 469 2(14 -Vl 221 32′ – 32 244 …. 2 131.4 … 189 17 297 IH . SI 17 U 317 4 Vt -vt 11 -14 -44 -1 -Vi 224 SS 90 22V. 1 17 60 33′ 45 19 3 16Vi 164 19 223 10 201 II’ -1 267 4IVi I 23 15 27 Vi 13 16 17 23M4 …. 10 271 14 212 25′ ‘ 16 l’4 -Vi 16 -‘ FSecC 1.10 305 30′ FS.cKvi.40 26 15′ -Vt FtSvBk 489 13′ -Vt lltarc .44 1 I6M4 -Vt FTenn sl.16 688 31 vt FstUC 1 .10 2099 25 FtValv .84 121 35 -Vt 17 I 1 2 I2Vi Vt 23 33 …. 1266 18”. -Vl 1599 20′ -44 46 3′ – 77 16 4 72 13 -Vi I 35 36 1014 -14 S31 3′ -Vt 212 1441 … 320 22 -Vi 13 22 1 226 12 673 5’ II 17 1106 4 -V.. FLIonA .14 1688 I6V1 Vt FLIonB .13 548 II ‘ 132 40 ‘4 46 13’ ‘l S 24 1? 271 -14 FortnF.20e 411 27vt -Vi Forum 1.06 867 S Vt Foster 285 54 Ml FrttiFn .92 24 204 -Vt 442 13 … 124 7 -Mt I 241 1 671 4′ Vt 183 24i Vi 20 WVt -1 59 23Vl -Vt FtWFn .21 FtWomn Flrster 1.10 F serv FlshScI FiihTrn Flexstl .41 Flghlln FlaCom.S6a Hatmi.ize FiaExp FlaFdl FlaNBF .46 FlaPU s .11 FlaRck FlowSy Flurocb .21 Fonar ForAm .96 Forest0.52t Forsch FtWyne .60 pramsv FranDn Frnktdi.92 FrkCpt FrnkEI .56 FrnkSL FreeFdl .40 rremm .to 112 7 -Ma Fretter 300 5 -Mi Frevm 422 13 1 Frtrlns 122 9 Vi Frosts .14 13 9Mi -Vt FnnFd.21e 2 IS’ …. Fudrckh 55 2V, FulrHB .42 298 44′ 1 FultFS 21 6′ Vt Fulton .28b 6 25′ …. Funtme.OSe 47 4 …. GK Sv 1 .20 I 18 …. GMIGp 95 3 M4 GTS 13 3′ Vi GWC 1.32 16 19Vi …. Galnsco 44 4 -Vi Galacg 948 9′ -Vt Galileos 111 18 ‘ GalgA .40 86 21 “4 ‘ GamTs 102 4i Vt GamaB 100 5 -Ma Gandllg 585 7’,. ‘,. Gander 162 9 …. Gamos 118 20′ Mi GardA 104 IS -Vt GatwBs 104 16′ -Va Garway 430 5′ …. GatwyFd 6 9’ Ma GtvyM 240 3 -1 GemcH 24 3 -‘A Genetc s 7846 42 ‘ GnAolo 163 5’ -‘ GnBInd .41 37 29 1 GBIdPr 60 IOV4 GenCer .09 50 20′ … GnCpt 22 i -Vi GnKlnet 10 4′ . GnPara 31 7 -Vt GPhys .204 26 17 1 GenetL 17 2’ -1 Genetln 10 35 Genex Genlcm G -I 919 IV,.-‘,. 69 12 44 enmar.9de377A 11 1 Irenrex I 4’-‘,. Geniym 588 I3t -4t Geodyn.lSe 7 10 GeodRs 15 5 Geonex 41 j -1 GaBnd .I0e 2 7Mi n GaGulf 1760 47V4 II GeriMd.Nb I 6 GrmSv 17 9′ Vt GtBayg 30 2Vi GlbsnG .25 2441 17 GlgaTr 20 lOMi -vt GllbtA .90 151 25 vt GIlhBI !P3 Giamls 1 Glenex Godtry s.32 OldCorr 1.2$ GoldEn .24 GldPoul .04 GldnVI s GoodGy Goodmlt Goody .40 Gotaas .74 GOUdP Gradco 175 I … 11 3 … I9S 21 lOil 1 56 13 -1 65 71 -Ml 497 24 145 544 264 17’ Vt 12 201 ‘ 267 32V4 14 76 229 201 …. IB3 I …. 43 21 19 10 GranCi.101 II 15′ Grants 1,101 7 12’ Grantre 2488 10Vt Grpni s GptiPck GrphSc GAPrt .101 GCtryB GtFalll .42 GtLkBc .60 GtArrtR 478 9Vi … 169 144 -V 107 I6’4 1 20 6 M 41 22Vt Vi 210 GWSav .41 242 16 -Ma GtSoFd 13 4 GtNYSv 330 9 Vi GtWashl.30e 72 64 … GrnRhb 13 I6 -Ma GrnwPh 1701 13 -4t GrndS s .60 112 14 12 GreyAd2.00 briticn Grist GroH Grosmn Groves Grdwtrt Groupl GrubER .90 Gtecb GuarFn .40 3114 -I 14 4 22 344 -Mi I 11″. V. 2469 I -1 106 ll’a ‘4 300 31′ 4 8′ -Mt 12 8’ … 1691 23Vi Vt 614 271 -Mi GuarNt.OSe 603 7Ma … GuarPt.26 I 21 2 32 6 Vt 380 II -‘ 14 5″i Vs 10 3 …. 131 5 20 120 15 Guests HBO .204 NCC .06 HEITx HEIMn HITK s t HMO HPSC HPSC Wt Haber Hater pf 2.00 Vi 2t 3′ 7′ -Mi 111 -Vi 414 …. 1013 6 1 10 944 – Sales CIs Cha Hadco 50 5 -Mi Hadson 1475 9′ Hako 7 II 1 HambH 35 6M4 Mi HamOII.02e 411 22 Ma HanaBI 54 16′ 14 Hanvlns.36 164 32a 516 t’l,. 1,i 17 16 3 42′ -VI 71 4 -V4 12 64 …. 39 14′ .. Harken Harleys.47e HarlvNt .96 Harlnt Harmon .12 HarnGs.17 HrtfNtsl.20 440 29′ nmo s 1.00 vis 29′ Harvln 1 HrvdSc.l6e Hathw s.lOr Havrtv .34 HavFuA.34 HawkB HawtFn .80 HlthCo HltcrS HlttiCS Hltlmg Hlthco Hirhdvn HltsttiR HithWv HeartF 1,061 ISO II 192 18 -1 4 5 -I’l 13 I -Vi 26 16 5 I6V1 213 3.-. 4 23′ 57 12 14 71 4 Vt 917 IS 195 5Vt -Vt 110 26 Vi 1109 5′ 1 373 15′ 1 I 4 -4t 25 10’ -‘A 329 24′ 14 12 24 20 25 57 6 -Vi 1 2IVi Vi 7; 1 Henley .901 5709 28Vi 1 HnryJk 3 3 -Vi HrtNIS .I7 177 12′ -Ml Herley II I’ -Va HlberSv .20 3 1414 -1 Hlbers 1.04b 305 24 – Hickam 66 12 Hlobvs 49 I0 HleMSu 1350 101 . 14 10 -Vl 1190 13′ ‘. 2 Ztl …. 10 3 -V. 252 19 …. 101 35 -14 B II ‘ 6 13 -Vi 56 17 113 14 …. ins 11 13 I4V1 -Vt Vt Vt Vt Hrtlnd HchgAl.16 HchgBs.06 Heekln HelenT Helix .301 nemtec HllbRg Hooan HolmD .25 nomac HmeCtv HmBenl.04 HhdGt 1 HmFRk HmFSF HmFTn Hmelnt HomeSL HmeSav.09e 675 12 HmoSL HmeUn t HmstdS Honlnd 6 Hooper .34 Honlnd HnBk t HrmFn HorliRs HospSt Hospos HBNJ I .40 HUtKOO HuntJB HuntEn 1 247 24’ 3 5″ 2 91 1133 1214 175 13 129 744 ‘ 16 121 … 19 7′ -Vi 4 3 1229 3 fu 30 6 -Vt 827 23’ -Ml 145 7 II 414 24 1 124 t’l ‘ Hntgln s 131 23 Mi HuntgB.I4b 254 23 -Vi Hurco HutchT HvdeAt Hyponx IBI IEC IFR IGI ILC IMS Int , IPLSv ISC IWC 1, Icot IdlSchool Imatrn Imtrn wt Imucor Imunex Imunmd ImprBc Imreg Inacmp IncaRs 0 Incslr IndBc s 1. 66 5 113 ll 1 2 13 -Vi 1307 44 30 3’i,. -V,. 126 6 -Vi 6 I -Vt 694 5’ 29 5 -‘A 16 130 32’ ‘ 5 2′ -Vl 44 9′ 31 I 19′ Vl 68 6V1 -Vl 12 -Mi 66 2′,, … 326 4ty II 104 … II 2IMi -Vi 91 10 t 34 154 Vt 516 9 -Vt 40 6 14 4’ – Z II 40 31 kVl IndfJkC .32 IndFdl s IndHId .0S IndBnc t Indlnsr 1.52 IndINt 1.28 IndHB S .92 IndlFdl IndEI IndRes InertD s tntiBdC Infolnll tntosc Infrmx IntoRs i InHrn Initio .22 44 22 14 I ism. r 13 34 1 9 33Vt – 162 41 -‘ 132 43 133 10′ -Ml 26 2 .. 320 2′,, … 120 13′ …. 1140 23’l IVl S 141.4 …. 410 -Ml 1204 18′ -Mi 3871 16 3 24 y 37 i Inmac Me 1O09 22 . 184 111 483 19M4 – S66 23 7 7 7 44 – 4t 16 44 -1 t 2452 9′ 44 108 6 – 175 15 29 7 -U 60 17 -Vi 34 2 …. 61 6′ …. 21 5′ -44 612 14 4t 186 9 – 7271 48l 1 370 14 14 215 16′ 44 72 7V4 V4 4Vt 3 4’ 4 . 2 Innovex Inovat s Inspch 1 InsllE InsltGlf Instgp s InstG wt Insttr InsNrS ICP .20e Intech t Integon .03e ItoClrc ,66t IntgDv IntgGen Intel Intel wt Inn wtS2 Intelli IntelEI IntrTel IntRad InactTc IntTc wt Intrnd 134 4 intrFn s.TOe 2 19 IntrlFIr .21 I02S 25 Intertc .661 39 7’t Intgph 2326 23 I I2’1 ‘4 124 72 42 46 I Intaro jntneaf Intrmgn Intmec htm ICS. 18 Intrmtr IntAm InBcst t IntClin Intent InDalrA IGame IntGen IntKing lntl.se s IMP InMobll IMM wt InMWpt IntResh .36 InRobo IRIS IntShlp IntTofTi Intphse lntPlpgl.10 Intspec Inttan Intrtrn 1 Invcr InvtDsg InvstSL .20 InvTltle Iomega lowaSo 2.00 IrwnMg Isco .16 Isomdx Itel Itel pIB 4.00 Itel pic ltoYokd.44e Ivaco s Iversn s JiJSn JBRst JG Ind JLG JMB 861 IS’ – 596 5 ‘4 148 ISVt …. 318 1414 10 4 …. 231 S”l …. 179 1641 – 2IS6 22 1 46 71 20 32’i -Vi 175 1244 Vi 51 4 -Vt 60 20 Vi 1023 1714 -Vi 322 S -4t 1221 12′ – 20 7 Vi 16 29 61 6 4 12 911 Vi 203 I’V,. -L 2 I I’i …. IS6 S Vi 190 13’ …. I 39 -44 61 10V4 ‘ 687 20 -Mi 165 l”i -Vi 13 9Vt 10 4Vt .. 304 12 7 35′ 2 719 3′ .. 231 2l’i -Vt 209 94 -Vt 292 14 4 4121 22l’ 271 7S SVl 699 57Vil 271l4Vi2’l 265 1344 ‘ 13 II 67 UVi …. 926 5′ -Vt 3 7 -Vi 29 SVi 14 S 16 Jackpot. lOe 503 IIVl -Ma Jacbsn .44 136 40″. -Vi Jacor 49 l 4 Jaguar .28e 3331 VI,, -Vt JayJacb 15 104 -Vt Jefh-Gp S256 114 4 JefBsh 1.12 32 26’ 44 Jeff NHS. 32b 26 I4 …. JefSmlS.24a 673 51”. 11 Jerico .16 257S 21 Vi Vi JlfyLbl 609 16 …. JAdams 35 S Vi JHansn 102 S ‘ JhnsnE 2 2′ …. JohnsSv.06e 115 9 Vi Jonlcbl.70e 174 16 vt JonelAJOe ISIS 164 JneMed 10 5 Josphsn 61 14 -Vt Joslyn 1.41 7 35Vi Juno t 623 19 it 16 1371 21Vi i 14 -Vt 22 6′ , 63 4 -M4 237 111 1 205 29 -Vi 197 27’ 44 1.40 Justin KLA KLLM KMSs KTron KVPhl Kaman Karcnr Kasler Kavdon.lOe Kavpro Keane t KlvSV A .70 KlvSvB .70 .52 601 ! 3313 ‘. 333 2 -‘A, 70 58′ i 59’ W Kempt .60 6217 30 -Mi Kenan .17 4 17 Vt 33 3 , 1440 ‘V-S Kencop mwt Kenli KvCnL 1 tcevex Kevtln Kewn$c.l6l KevCenl.M KeyTrn KevFnc .76 KevsHrt.14 Klmbal .72 Klmbrk Klmln i Kincaio 420 17’4 245 6’,, ‘,. S 2 … 24 ‘ 14 33 34′ 1 159 I’ 29 21M4 14 4 2SMl -1 9 43 … 136 1.-‘,. 20 9Vi Vt 117 10′ -Vi Kinder .03 2567 17 -Vt KnosRd Knape 1 .St Knufin .40 Koss Krelslr Kruger 1 Krugs .03 Kulckt 1 3′ J II’ -Vt III 10′ vt 174 6Va Vt 1 I2i S46 104t 21 6M1 -. 406 12 1 Sales CIs Chg. KustEl 6 4 … LA Gear 497 9 V. LCSs 2 6 . LDBrnk 963 644 LDI CP I0S 16 LPL 25 16 -Vt LSB NC.72b 21 24 .SI Lt 25 12 Vi .SI Lt 1667 10 1 .TX 442 16′ …. .aPelet 329 18 .az By 1.60 60 90 – .acang 209 15′ ‘ .acldSt.30e S 22 … .adFr t .16 642 21’ ‘ .aldlw .20 172 23 -Vt -dlT A I 236 15t .dITBl 141 14′ -1 .akelnd 3 7 -44 .akldSv 3 I9vi .amRs 10 I -Vi .amaT 34 10 -Vi .ancsts.61 332 24 “1 -Vi .ance 1.16 167 45″. -ancer 76 4 .dLnSL .41 176 1744 -44 -dmkB s 48 111 … -dmkF.12b 119 I8M1-IV1 .ndEnd.lOe 227 41 .angly.4Sa 8 7vi … .aserPr 9 6 .aurelE 16 4 .awrSv 612 12 .awsns.2l 192 32′ 1 .eeDIa 730 $ Vi .elner 5 Hi .elsCnt 45 4i … .esco 21 UVi Vi .ewliP .21 30 I … .exlcn 252 2′,. ?,. .exIngS 29 10 v. LbtvH A. 24 S II LbtvH B.20 1 12 LlbtNB I 16 234 -Vt Liebr 46 I9 Vt Ltelne 119 544 …. LfeTch 227 I6V1 Lfecore 19 7 Mi Lilly A 1. 42b 25 16’ -‘A LlnBrd i $224 47 ‘ LlncBC 110 744 ‘ LlncLg 42 4 -Vi LlncFns.SO I 28′ …. LlncFd 41 I’ … LlncSB .lOe 7 20 LlndlH .411 322 9 Llndbrg .20 13 61 LlnerCp 20 11″. …. LnFllm 390 10Vi Vk LlnearT 1231 UVi Ljposm S8S 6 LTI 71 10 -1 UoBxt .60 119 42 – LlqdAlrl.60 12 31′ -IVi LlttlArtl.36 6 43′ 1 LvngWI 20 3 .. LllClas 1.75 7154 34Ma …. LoanAs 10 9 ‘ LocalF .30 56 UVt -14 Lodgstx 95 2-‘,, LondnH 26 7 -‘ LoneStr 1951 20′ 1’ LongLke 25 6 ‘ LongF 1.60 112 57’ Lotus I 469S 30 ‘. LVultrn2.01e 35 46 -I Lowell .304 546 11 -Vt Lowranc 52 8 …. Loyola 418 13 Vi Luskin 144 $ Vi Lvnden II 22 Vi LVDho 1039 34 -Vi MARC 74 I5M4 -Vi MBI 530 2 MBS 9 10 Vt MCI 1731 I MDTCp 213 61 -‘ Ml Horn 4 7 ‘ ML A 103 t …. MMI SS 5′ -Vl MMR 211 20′ – MNC 1.30 171 45′ V MNXl 1151 15″. MPSt 4 41 1 MSCari 2417 12 -Vi MTS s .24 22 20V4 1 MTECH 1602 23Vi IVt MachTc 3530 3 … MackTr 725 19 Vt MB g s 16276 19’ Vt MadGE 2.36 32 31Vi -Vi MagmC 10517 10V1 MagmE 111 54 … MagmP 26 12 Ma Magnal .41 1616 17 -Vt MagGp.6Sb 33 ll … MallBx t 131 14 -Vt MalRt 64 12 ‘ Ma VdJ 1168 7 Mi Maklta .254 12 43″! Malrlte.014 69 UVt MalrltA.Ole II II MgtAst 1.93c 11 IVi MgtScI 1161 11′ -Vt Mantrn 100 7 – Manltw .10 130 22i – MfrsNt 1.44 132 44′ Vt MarbFn.0Se 213 17 Vt Margux II 2′,. Margo I 4 -Vi Mar’et 36 12 -Mi MarW I .24 10 12′ Vt MarneCI.S6 206 S8V1 Vt MarlnT 10 6 … MTwen .16 4 31 Market 306 II’ ‘ Marqst.074 269 11 MarsSt 31 3′ … Marsm 24 20 MrshS t .40 10 19′ …. Marshl J34 115 26 -Vi Marten 117 l4Mi …. MartnL 409 1 -Ma MdFSL 61 9′ … Mascmp 63 IVt …. Mscol 4 1896 17M4 VI Masc pf 231 34Ma -Vi Massbk .32 6 174 -Vt Masslor 4019 5V,. -Vt MtrxSS 172 17Vt -Vt Mavrck 24 U …. Maxco 90 2′ Maxcre 123 13′ Maxtor 2276 14’ ‘ Maxwel 39 13, -Vt MavPt 448 l’1,i ‘,. Mavlrln 22 11 – MaySu 1.021 106 36Vi -Vl MaynCH 2 5 McCrml.00 315 49Mi ivt McFarl 14S 13 McGW 1.00 1 41 McGrth 97 ll’l Vt MechTc 92 l7Vi vt Mechtr 46 16 Medalst .56 69 22, -Vt Medar 30 6′ …. ellps CJj Ctia, MedChm 56 13 medcoc.tge is 36 MerJex Medfrd MedCre MedGr MedclSt MedShi MediGI MedMst MMstwt Medstat Megdta 47 9Mi 45 16’ -Vt 39S 7 Vt 17 i – 135 I’l ‘4 2 23’ Vi 42 4 Vt 72 10 …. 62 10 1 22 ll’i 20 i MellonPI.07e 32 91 Melrdg 243 9 -‘ Mentor S.16 521 12′ – MentrG 2340 211 -Mt flnerCBCI.40 31 2t MercBk 1.01 MerBCt.60a MrchGp Mr Bo A 1.40 MrchNt .61 MercGn .21 weret 12 31 Ma 12 144 … 93 II’ ‘ 3 14 20 27 … 434 16′ 41 71 4’ MrdnB 41.00 94S 21 – MrdDIa 352 3 ‘ Merdlns 102 10′ Merltr .20 786 6 -vt 21 13V4 -1 I 6t -t 1285 174 261 10 11 MerllCp Merlmc MervG s MeryLd .80 MesaAr MesbAv MetColl.l2e MethdA .07 MthdB .06 Metr LA.lOe rielAlr 6 tvtetrut 29 130 7 197 I 3 1323 I 61 s 61 … 7Vi Vt 6′ -Vt i -Vi 7 – 9′ 1 Vt Vi MetrF S 35 22 Metr 1 4071 31 Metrml 376 29Vi MeverF 229 16′ MIchAnt 2245 I’ MlchlFd.044 419 23V. IV4 Micnm 1.40 364 45 .06 Mlcom Mlcrage MIcrD MIcrMk Micrdy ivticwt MIcrTe Microp Mlcrpro Micros MicSem Micrcm Mlcrsft MIcrLb MldABc .60 MdANt S.84 Mdtonn MdHud MdMalne MdPcA MldSou .24 MdStFd .40 MldlCp 1.36 Mdwcm MdwAIr MdwFn.20e 160 114 ‘ 80 10′ Vi 298 9 -Vt 112 9′ …. 74 4’ ‘ 5 15 … 1224 111 1 5680 33 144 608 SVi .. 10 1 … 199 I l 23 14 1929 97 -2Vl 19 7 -Vt 10 22′ 14 55 20 1 107 II -Vl 5 IIV4 II 14 15 2M4 -Ml 56 161 11 II 23 -Vi 355 46 14 47 6M4 14 1543 16’ -Vt 36 25 Vt MlllrHr .44 758 26 -‘ Mlllicm 276 17 44 Mlllipr .32 3693 40 -Vi Mlniscr 3554 12′ Vt 1460 16 -Ml 129 9 1 531 23M4 Vt 336 7 -4t 25 94 -I 2169 33VtlMi 1304 31lVi 1 20 -Vl 3 6 -Vt 35 3l’t 1 21 17 … 20 3′ …. 616 1114 -Vi 59 7′ …. 780 47’ -‘ 30 3Vt Vi 409 101 -4t 29 3Vi Vt 170 4 -Vt 473 IS ‘ IS 17′ 5 21′ J 7 10 11 2 5 15S 28”. 1467 15 -Vi 1409 I’ Vt 107 29′ vt 144 2 -Vl 415 12 14 4 If! …. 10 29 -Vl 37 2IVI-I 106 12 .. 11 19Vt -4t S9 71 Vi 2 s yt 324 l’V,. Yu 2 9Vi -Vi 41 10 -Vi 14 24 1 297 8V4 … 321 70′ 444 120 UVt 40 16′ -Vt Minetk 1 MKmtc Mlnstar MGask Mitsui .Sir MoWCA MotXC B MobGasl.OI MUCON.IO Modlne .11 Modlelr ModuTc M0IBI0 Moledr Molex s MonAvl .071 Monltr MonlTc MonAnt Monollt MontSv MoorF 1.20 MoreHd MorFlo .01 MOKG MorgnP Morln 1 Morlan Morrsn .41 Moseley Moslne .26 MIBkr s.221 MrnrBk .10 Mueller .151 MltLod Multbk .52 Multmh MunlDv Musto MuFSL Mycogn NAC RE NCACp NEC .124 NEOAX NFS .104 NMS Nanomt Napa Vs. 28 ttapco 11 1 1 vt …. NashF 6.S6 1376 24 -Vt NBnTex .08 93 74t ‘ 19 3Vi …. 20 3 4t ! 12V. 11 NBusS I Ntcapit NtlCtv 1.20 NtCBC S .52 NCNJ S .92 NtCptr .20 12 2Vt-iC 90 35 Vt 11 23 -1 99 49 -Vi 472 IS M4 NData .44 3312 27 1 NtGuard 121 l -Vt NtHerlt Nt HMO NtHard I NtHltcr NtLumb NMIcrn NnPia NtSanlt.Olt NtlSav NSeclns M NTech NatrBty NtrSun BH8 Nrtcor NelsnT Nestor NwkEq 59 4 205 24 14 -Vt 5 2 22 7 … 21 -vt 4 -Mi 3 -V,i 37 16 ‘ 0 13′ Vi 17 17 …. I 2714 11 15 2 ..N 102 2Vt -Vt 7 4 -Vt 61 19Vt 197 16 S7 19 -44 IVi Sales CIs Chg, NwkSec NtwkSy NtwkEI Neutrg s nevNBC 4 141 I4S5 10′ -Vi 64 4 -Vi 40 SO 13 it NwBedf.l5e 275 17’ -Vi NBrunS 65 I2V4 -Vi NwCntv 33 1 … NwCtypt 1 2i 4 1 NECrlt 797 2IVt . NESvBk.20 284 14 – NE Bu 6.41 2286 23 NHmB .41 116 22 V4 NJ Sit 103 22 -Vi NMIISB1.20 290 2JV. -Ml NT1.MO NYMrs NwldBk .30 Newpt .06 NewpEI NwpPh NlaoEx .21 NICal g NIchHm NIcbRs 2 14t 5 15 Vi IS7 26V. 43 13 11 10 6 241 6 Mi S II -Vi 42 44 -f,. Ill 13 -Vi 40 I Nike B .4013062 llVi 1 Nooei .tor 109 12 1 NMeDr 1124 4li Nodwty 15 5 Noland .40 14 21 -Vi Nordsns.41 50 351 ‘ Nordstl 1739 31 Mi NorskB.351 1234 372’l Norstan 2 ivi vt NABIO 162 2″! ,. NAmCm 71 211 -I NAHId S NAmHdA NoANat.OTr NAmVl NAnm I 121 IVt -20M 22 64 11 -Vi SI 12Vi 4 9 .. S44 i -Vl 10 Si NCarGsl OO 2$ ltl NoFkB s.40 165 21 V. NthHW 12 2’ .. NStarU 160 9 V4 J1S S9V1 M1 77 6M1 … 103 43 Vi 455 II Vt 1 10 -‘A 61 32M4 Vl X tli …. NwNLf .96 S52 27!’ NWPS 2.50 I 31 -Mi 5 7 . II 11′ 1 56 12′ – 131 7 -4t 69 6 29 6 -Mi 3177 li NltBcp 1.40 NoAIr NorTrsI .92 NoSdeSv Nttivw NwNG 1.S6 NTelp I .18 Norwsc .20 NorwSv.lOe NovaPh NvP will Novmtx Novar .02 ai.i.&M NovoCp 163 2V Noxelt .40 907 59V, 1 Nuc71.et 2090 13′ -Vi 131 4′ … 35 19 -Vi 410 14′ 79 4 -M4 62 14′ -Vi 31 4 … 258 3 ‘,. 180 6 -Vi. S 214t …. 42 S -Vi 16 I … 1244 12 V4 104 4 Numerx Numrc J6 Nutmgs NuMed NuVlsn NYCOR OCGTC OMICp OMIpT olkHB III S44 Vl 214 3-V,. OcuUrg Oceaner Ocilia OftsLoo OgkGp .14 1005 37 -Vt Oglbav 1.40 14 26Vt -Vi OhloBc 1.40 10 44′ -Vt OhIoCis 1.612109 43Mt OIIDrl I .11 59 22 Mt OldDom 19 4 …. OldFsh 30 6’ ‘. 8ldKnts.W 321 2144 -Mt IdRep .80 324 30 -Ml OldSpag 351 I Oldstn I.S6 19 25′ … OldSpK2.60 I 20′ … Olson) 5 II CHymln 42 9 … Omnlcm.M 1156 23 V. Oncogn 723 5′ OneBc .40 254 16 … 794 29 -1 9604 6′ … 92 7Vt -Ml 269 17Vt -Mi 1S7 ISVt -Vi 96 241 14 2 9 Vi 464 21Mi 141 2′ -Mi 1294 lOVi -Vi OnePrc 94 Si Vi 274 V -Mt 174 33 -Mi ID II’ 2 Orntl OrionRl OshB A .54 OshB B .47 OshkTB.30 Oshmn .20 Oslcom Osmnc OttrTP 112 8utletC vExo h OwenMn.36 100 20 PC Foods 249 14 P&F I PACE PAM PCS PDA .5 11 us 7Vt -Vt 94 7i 1 49M131 14 31’4 Mi 39 I6M4 -Vi 45 7i 1 141 11 Vi II 43VI Va S’t V I’ – 130 5V,. V,. 744 7′ H 35 13 … 65 3IVi V4 61 IVi-IVi PNC 1.61 J56 46 Pacar 1.60a 713 66 -‘ PacerC 193 124 Vi PacDom 156 IS’t .. PacFsl.20 1360 20’ -Vt Pacini! 116 2 .. PacNuc 12 6 -Vt PTelcm .18 29 17 PacWst.12 503 61 ‘ rageA Patted PnAMtg PanAH Pantch 293 41 74 17 ‘ 7 9 Vt 16 l2Vt -Vi 91 21 … PlncMx.13b 420 12Vt -Vi Panteri 1361 14′ V 2 10 …. 2 I 20S2 30’ -Vi 11 331 . 1092 7 …. 152 -Vt 1 21Mt 111 14 -Vi ParTch Paris Bu Parisan ParkCm ParkOh PrkvlSv ParkwyJOe Parlax Panax See NASDAQ, j; Page 11B

Read Article to Me (Mobile Version)

Source URL: Read More
The public content above was dynamically discovered – by graded relevancy to this site’s keyword domain name. Such discovery was by systematic attempts to filter for “Creative Commons“ re-use licensing and/or by Press Release distributions. “Source URL” states the content’s owner and/or publisher. When possible, this site references the content above to generate its value-add, the dynamic sentimental analysis below, which allows us to research global sentiments across a multitude of topics related to this site’s specific keyword domain name. Additionally, when possible, this site references the content above to provide on-demand (multilingual) translations and/or to power its “Read Article to Me” feature, which reads the content aloud to visitors. Where applicable, this site also auto-generates a “References” section, which appends the content above by listing all mentioned links. Views expressed in the content above are solely those of the author(s). We do not endorse, offer to sell, promote, recommend, or, otherwise, make any statement about the content above. We reference the content above for your “reading” entertainment purposes only. Review “DMCA & Terms”, at the bottom of this site, for terms of your access and use as well as for applicable DMCA take-down request.