The Salina Journal from Salina, Kansas on January 25, 1986 · Page 10
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The Salina Journal from Salina, Kansas · Page 10

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Salina, Kansas
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Saturday, January 25, 1986
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Page 10
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The Salina Journal Saturday, January 25,1986 Page 10 (Continued from Page 9) . ntC Equitec.16 EqtRssl.72 Eromnt 20d EsselteB .44 EssexC s.70 Esterlne .72 Elhyl s.60 ExCelO J .72 Exclsr 1 41 b Exxon 3*60 FabCnA 28 Facet Entrp Fairchdl 20 Fchl plA3.60 Fairfield 16 FamDSs.20 Fonsteel .60 FarWst Fcl Faroh .88 FaysDra .20 Fedder 06b FedrlCo2.08 Fedral Exp FdHpl2.16b FdMogll.60 FedNtMt. 16 FdPBd .70 FdPolA2.31 FedRltsl.04 FedlSlg .80 FedDSt2.54 Ferrol.20 Fieldcrest 1 FncICA .05h FnCpA pl,60 FclApf6.24b FnclCp SB FiremFd .30 Firstone .80 FsApfl.31d FstBkSl.60 FstBnkrs si FstBostn si FstChil.32 FChipf5.13b FChi p!7.60b FChi p)9.55b FstCity Ind FsFidB3.12 FFid pll 1.70 FlnstBc2.50 Fin plA2.37 FCitBTx .60 FBTpl5.3lb F8T pf5.06b FstMiss .24 First Pa FstPa p!2.62 FsllnRI 2.04 FstVaBk .92 Fs Wachovo FstWisc 1 .30 FWi p!A6.25 Fschbch Fisher ,05b FleetEnt .44 FltFnl si .44 Fleming 1 FlexVn 1.61 FtghtSas.16 FlootPtSys FlaEsC .16a FlaPrg2.2B FloSteet .52 FlowGenerl Flowers .48 FluorCp.40 FMC2.20 FMC p!2.25 FooteC2.20 FordM2.80 FtDBrnl.36 FortHowP s FosterW .44 Foxboro Foxmeyer FoxPhol .68 FPL si .96 FrprtMc .60 FpMcG .05d FrpMP ,55d FrprtO .38d Fridays Frigtron .60 Fruehal .70 Frehauf pf2 Fuquo .40 GAF.20 Galvest Hou Gannet 1 .68 Gaplncs.72 GATX 1 .20 GAT p(2.50 GCA Gearht .20b GEICO 1 Gelco .56 Gmnil8.44d Gemini ,60b Gencrp 1 .50 GAmll.54d GenBncsh 1 GenlCin .50 GnlCinpf.56 GnlDatcm Genl Devlp GenlDevI wt GDynamic 1 GenlEI2.32 Gen Homes GnHosts.30 GnHouse .24 Genlnst .25 GnMills2.24 GenlMot 5e GMIEs.lSb GenlMotH GnMt p(3.75 GnMot p!5 GNutritn.16 GenPub Util Ger.Rol.56 Gen Refroc GSignall.BO GTlFlpll.25 GTIFlpll.30 GTIFI pfB.16 Genesco Genrad .10 Genstarl.20 GstrplB1.68 GenuPl.18 GEOIntl GoPac .80 GaP pf A2.24 GPwl.65b GoPwpf7.80 GaPwpl7.72 GaPwpl2.52 GoPw p!2.56 GaPw p!3.76 GaPwpf3.44 GoPw p(3 GPw pf2.29b Gerberl.32 GerberS.12 GettyPet.16 'i 37 37 7 464 9% 8V. 8 1826 39V. 35% 14 2370 r!6V. 14V. 17 162 26V, 25V, 14 254 21% 20V, 119354 19% 16% 17 3320 r30V. 29V. 1 1 666 46V, 45 196 r!9 18V, 96634652% 49V, f p 11 120 9V. 9V, 166 10V. 10V. 1383 10'/« 9 VI 194 31% 31% 10 445 1 1 Vi 10% 21 2100 22 20% 16 150 16V, 16% 7 58 47% 46% 13 1078 24 '/4 22 29 1670 10 9V. 21 462 5% 5'/» 11 322 56% 54V, 24 1 6539 r 62 58 1096940% 39% 11 927 40 37% 48 30041 26% 24% 24 2806 21% 20% 490 30% 29% 15 694 r!7V, 16% 16 779 21V. 20% 106601 68% 64 16 1082 31V. 30% 32 429 36 34% 22090 rl 1 V. 9% 18 5% 5% 130 37V, 36% 636 8% 8V. 7715r34V. 31% 12744r25 22% 86 54 % 54 % 75415 43V. 41% 17 665 39% 39 108042 42% 40% 10 10088 28% 26% 512 50 49% 364 72V, 71% 130 89% 89% 119 7V, 7 37 e%— v, 37 —2% 16 + V. 26 - V. 21%+ % 19 —1% 30V. + V, 4g i/i 18% + V. p50%— 1% 9V. + V. 10%— V. QJ/^ |/ 31% J ] 21 - % 16%— % 47V. + V, 23 % — Vi 9%+ V. p56 — % X61V.+2V. g40% + 1 % 38 -2 25%— % 21%— V. 30 — V. 16V, + V. 21%+ % 65%— 4V. 31%— % 36 +1 pll% + l 5V. — V. 37 V, + V. p8% p34V, +2 24% + 1% g54 % + V, 42%— V. 39%— V. x42%+ V. 28% g49% — % g72% g89V. + % 7%- % 8 572 60 57V, 3d 7. — I '/» zl7]0108% 108 g!08%+ V, 83332 55 51V, p52%— 2% 126 32% 30% 31%— IV, 17 4390 13% 12V. 6 228 37 35V, 7 85 35V. 34 122244 7% 6V. 4114 8% 7% 930 30% 28V. 13 1136 26V. 25% 10 393 27V. 26 10 4049 33% r32V. 10 463 44V, 40% z3570 r57% 56V. 209 26 25 108 12% 12% 127798 25% 23V, 8 1 202 39% 38% 134840 38% 37% 193 13 12% 18 686 24% 23V. 20 991 36V, 33% 13 126 40V. 39V. 97125 31% 30% 14 1056 r21 V, 19% 1476 6V. 6 181394 21% 20 7693 15% 15% 9 1561 68% 65% 11 85 84 12 742 49% 46% 4 x28271 r61 % 59 127 13% 13V. 21 3031 47% 46 13 5249 13% 12% 791 26 24% 122042 24V. 23 13 78 14 13V. 85342 27% 26% 101234018% 16% 233948 12 11% 73 1625 16% 15% 1278 7% 7 11 662 7% 7% 35 454 30 29V, 73558 26V. 25 1082 31% 30 10 616 36 34% C G 188306 57% 55V, 418 3V. 3 194782 60% 59% 37 3378 r45 39% 153404 38% 37% zSOO 49V. 49 5057 7% 6% 1206 8% r6% 18 418 82 77% 11 260 17% 16% 1093 11% 10% 1046 r!2V, 12% 202966 71% 67% 581 17% 16% 12 471 62% 61% 17 1752 41V, 40 14 40% 39V. 16 694 11% 11 5 1484 15% 15% 213 5% 5% 7 3881 68% 65% 13 19353 69% 66% 15 292 6V. 5% 8 2264 r25V. 23% 101 10% 10% 1006919V. 18V. 3542 58% 56% 6 28307 70% 69% 4282 40% 38V, 7245 40V. 35% 44 42% 41V, 88 55% 55 369 6 5V. 10 7274 19V, 18V. 114 2248 105% 102% 23 218 10% 10% 133210 47V, 44% Z840 13% 12% Z1B50M4 13 Z4650 83V, 81 V, 979 3% 3V. 1149 13% 12V. 2130 25V, 24% 36 23% 22V. 161561 37% 36% 989 3% 3% 103966226V. 25% 9 37% 37 93 26V, 25 Z990 71 68 Z2590 68 66% 122 22% 22 169 23 22% 435 29% 29V. 457 28% 27% 662 26% 26% 78 25% 25% 14 2935 37% 36% 17 174B 21% 19% 59 1088 r35V. 32% GFCorp i/-y :,'/. 4V. GiontGrp 959rl5% 13% GibraltrFd 4 1811 10% 9% GIHdHill.52 907473 18% 17V, Gillette 2.60 142588 71% 69% Gleason 71 152 15% 15'', GlendalFed 84259 19% 18% GlobolM.24 3057 IV. IV, GlobalMpf 408 4% 3V. GoldNuggt 209241 13V, HV. GoldNugwt 3623 2% 2V. GoldWs.16 76418r34V, 31V, Gdrichl.56 1853 34% 33 Goodyr 1 .60 9 16950 r31 V, 30V, Gordn.52 23x215 17% 16V, Gould .68 1539729% 26V. GroceW 2.80 16 Z2693509 56 49 Groingrs.66 16 815 r40% 39". GrtAFst.48 8 1034 23% 21 '/i GrtAP.lOd 153921 21% 19V, GNIrn3.25b 7 247 20 17'/. GrtNNl.lSb 24 6458 r4 3V, 41V. GMP1.76 9 106 20% 19% Green Tree 71285 36% 34V, GIWstFnll 71674636 33% Gryhndl.32 13 1015632 30% Gryhpl4.75 z600 47% 47V, Grolier 172806 r7V, 6% GroGrs.30g 14 409 11% 11 GrubbEI.08 19 886 9% 8V. Grumman 1 Grumpl2.80 Gruntal .04d GTE 3. 16 GTE pl2.50 GTE pf2.48 GTE p!2 GlfraMil .68 GullResour GlfRpll.30 GulfStU1.64 G5U pl4.40 Gil pfM4.40 GSU p!3.85 GSU plS.08 GSU pl8.80 GSUpl5.97b GullSWs .90 GIIWspf5.75 Gulton .60 HollFBlb Holbrtnl.80 HollwdG .08 Hallwd pf.56 HamPsl.36 Handlm s.56 HondyH .66 Horcourt 1 Har Ind s.56 Harnlg 1 .34 Hrnsf p!3.40 Hrnslpl2.12 HorpR s.60 HorrsCp .88 Harris Grph Harscol.38 Hartmxl.28 Hattera 1.80 Hawaii 1 .72 HoyesAI .40 Hazeltne .40 HazlLob .32 HlthCr .73b Hllhamer Hither USA Hecks .28 HecloMn .20 Heilmn .4Ba Heinz s.88 HeleneCurt HeligM .40 HelmPa .36 Herculel.60 Hrilges.04b HtgpfBl.SO Hermans Sp Hershy 1 .40 Hesston IU IY^4 /V'/« if/t 77 27V, 27 21 738 6% 6% 91737947% 46% 3 41% 41V. 207 r26% 25% 124 28 27 14 296 27V, 27 V, 16 392 14V. 12% 93 19% 18% 6 10783 14% 14V, z60 41% 40% 126 34% 34% 62 32% 31% 1490 46'/, 46V, z90 93 91V, 133600 53 51 231185551% 47% 12 r73 69% 133980r28V. 25% H H 4246 27 25V, 702424526% 24% 253918 1% IV. 293 10 9% 156085 39V. 37% 15 3255 26% 25 28 595 20% 19% 16 932 69% 67% 21 824 37% 35 406513M4V. 12% 361 r26 27% 894 r34V, 32 13 398 20% 19% 17 2196 26% 25V. 10 586 14% 13% 1 1 2235 32% 31 V. 11 2193 36V, 35V. 10 47 17% 17% 11 1498 25% 24% 7 184 10% 10% 13 387 24% 23 29 201 15V, 14% 37 1140 22 20% 21 3360 12% 10 1470 8% BV. 1269 r!6 15% 2534 15V, 14% 132084 21% 20V, 157467 30% 29% 9 259 22% 21V. 16 1076 r38V, 36 266316 20% 19% 146748 39V. 38% 41 1961 21V. 19V. 57 36% 35% IB 433 r25V. 24V. 14 1314 52% 48 174 5V. 5% li'/i — '/. 36 -1 34V.— V. 6V, — % p7%— % 29%— 1 26%+ V, u27%+ V. 33%+ V. 42V.— IV. 57 25% — V. 12%— V* 25% + 1 % 38%— % 37%— V, 12%— V, 24 — % 34% — 1% 40% +1 % 31 % + V. 21 V. + 1 % 6% — V, 21V. 15%— V, 67V, +1 85 +2% 49% +2% p59V.+ V. 13% 46%— V. 12% 24%— 1% 23%+ V, 13%— % p27%+ % p!7 —IV, 11%— % 16 — V. u7V._ V, 7%— % 29%— % p26V. + lV. 31V. + 1V. 34%— 1 p55%— V. 3%— V. 60%+ V. 43 +3% u38 + % 49% 6%- % p6%— IV, 78%— 4 17 — V. 10%— % 12%+ V. 68%— 2% 17V.+ V. 62%— V, 40%— V. 39% + 1 % 11 V.— ", 15%— V. 5%— % 68V. +3% p68V,_ % 6%+ % g24V. + % 10%+ % pl9%— V. 58% + 1% 70%— V. 39%— V, 36%— IV, "si/" i 7 ' 18% — V. 105%+ IV. 10%+ V. 47% +2% 13% + V. 13 — % 82%— 1 3%— % 13 + V. 25%+ % 23% + % 36%— IV, 3V, + V. 25V.— V, 37V, + V. 25%— V. 69V,— 1 V, 67%+ V, 22V.— V. 22%— V. 29V.— V, 28%— V. g26% g25%— V, 37%+ % 21% +1% 34 +1 4%+ V. 15% +2% 18'/!_ % 70V,_ 1 V, 15%+ V. 19 + V. pl % 12%+ % 2%+ V. u34V. +1% 34%+ % p31%+ % 16%— % 26%— 3 51%— 5% 40%+ % 23%+ V. 20V,_ V. 20 +2% 42%— % 20% + % g35V._ % 35%+ V, 31V,— % 47% + 1 6%— % 11V,— % p9% 28V, — V. 27 D46V.— % 41% — 1% 25% ..- % 27V._ V. 27V, + % bl2V._ % 18%— % x!4%+ % 40 Vi 34%— V. 32%+ V, 46%— % 93 +3 51%—1% 50%— 1% 73 +3% 27%+ V. 26 -1 25V.— 1% IV, + V. 9V.+ Vi u38V. + V, g26%+ % 19%— V. 68V. 36V.- V. p!4 + V. 27% + % 34 +1% 20 — V. 26% 14 — V. 32%+ V. u35%— % 17%+ V. p25V. + % 10V, + % 23%— IV. 15V.— V. 21% +1% 11 % + 1 % 8%— % 15%+ % 15%— V. 21%+ % 29V.- V. 22%+ % 36 — V. 19%— % p38%— % 20V. + V, 35V. 25 + % 52% +4% 5%— % Hesston pl 7 9% 9V, 9V,— % HewlttP.22 20 46250 r40V. 37% b38%— V. Hexcell.60 18 884 33V, 30% 33% +3 HIShr.SOg 9 209 21V, 20V, 20%— V, HlghVolt.18 111103 13% 12% 12%— % Hlllnbrd.54 171472 28% 27% 28%+ V. HillonHl.BO 151547 64 60V, 61 —3 Hitachi .34b 152832 38% 36 38% +2 Holidayl 122527 58% 56 57%— IV. HolidyCpA 1 65 85 35 —4 HollySugl 710 z27400 115% 108 113%— 3 Home Depot 323417 11% 10% 11%—% HomeFdSl 102543 28% 27% 28%— V. HoGrpll.10 159 rlOV. 9% 10 + V. Homestk .20 805820 27 26 p26%— V. HmstdF .40 6 1732 r23V, 19V, 22% +3% Honda .44b 97811 61% 58% 59%— V, Honeywell 2 129654 76V, 72% 73%— 3 HriznB 1.28 11 150 37% 36V. 36%— V. HzBpl2.75l> 2 25% 25V. 25V.— % Horizon 303 5V, 5% 5%— V. HospAm.60 91272335% 33V, 34V.— 1% Hotellnvs2 17 6 20% 20% 20V. + V, HougMll.04 15 419 43V. 42 43V._ 1 HousFab.48 13 352 13% 13V. pl3%— V, Houslntl.81 112130143% 42% p42%— V, Hoslpf6.25 275 87 85% 85V.- V, Hoslpl2.37 Z200097 95% 95%— 2% Hoslpl2.50 7 64% 64 64 — % Houstln 2.64 7 6840 28% 27V. p28% HOilR.lBd 201 8% 7V. 7%— V, HowelCp.40 23 172 16% 15% 15%— % Hubbrd2.28 12 174 24% 23% 24V. + V. Hully.40 401386 12V. 11% 12 — % HughesS .32 12 175 23V, 22% 22%- % HughesT.46 1753101 12% 12 12%— % Humono.68 14 C 1 1800 31V, 29% 30%— % HuntMfg s 21 189 r25% 24% 24%— % HuttonG.88 121366937% 36V. p37V. + % Hydroulic2 11 185 32% 30% 31%— % 1 1 1C 1.44 123408 37% 35% 36%+ V. ICMPr.88 467 15% 14% 14%— V. ICNPharm 2930 13% 12V; 13V. + V. ICNpl2.70 53 30V. 30% 30% + V. Idaho? 1.72 101346 23V. 22% p23 —V. Ideal Basic 1309 4% 4V. 4%— V, IIIPwr2.64 71294725 24% p25 + % IIIPw p!2.04 z640 19 18V. 18% + V. IIIPw P I2.10 Z229020 19% 20 + V, IIIPw pf2. 13 z230 19V. 19% 19V. + % IIIPw p!2.21 z300 20% 19V, 20%+ V. IIIPw p!2.35 Z176021V. 20V, g21%+ V, IIIPw p(4. 12 Z296038 37V. 37% + V. IIIPw p(3.78 z230034% 33% 34% + V. IIIPw pl4.47 Z500040 39% 39%— 1 IIIPwpU 18 36% 35% 36 — V. IIIPw pl5.83 23 52V. 52V. g52%— V, IIPwpf4.13b 40 38% 38V, 38V,— % IIIPp)2.21b 30 49% r49V. g49V,— V. IIITIWk.72 142723 33V. 31 32%— IV. lmpCh2.28b 115876 44% 42% 44V. + 1'/. ImprCpAm 474369 9V, 8% 9%+ V, INAInvl.92 x!74 18% 18% 18%— % lncoltd.20 8656 14% 13V. 14V. + % lndGos2.04 8 127 28% 28 28% lndMicpll2 Z520102 100 102 lndMpt8.68 z200 80% 80% g80V,+l% lndMp!7.76 z600 71V, 71V. 71V. lndMpf2.15 51 20% 20V. 20%— % lndrV\p(2.25 60 20% 20% 20% lndMp!2.75 176 26% 26% g26V. lndMp!3.63 13 29V, 29% 29V.— V. lndMp!7.08 z3510 66 65% 66 + V. InexcoOil 3221 6V. 5% 5%— V. lngRnd2.60 173574 55% 54 p55 — % lngRp(2.35 99 38 36% 37V,_ % lngreTec.54 26 18 16% 16V. 16%— % InlandSteel 3469 23% 20% p23%— % lnldStpl4.75 78 47% 45V, 45%— 1% Insilcolg 131257 19 18V. 18%— V. InspiratRs 2537 5V. 5% 5V.+ V. Intelogic 131122314% 13% 14%+ V. lntlgcpll.50 210 10% 10% 10V.+ V. Intcpll 2.10o 282 20V. 20% 20%— V. Interco3.08 11 1680 69% 67% 69% +2% Intrcopl7.75 2 150% 149% 150% + 1 IntegrtRes 15 2432 r29% 26% 29 +1% lntgplA3.03 342 r32% 29V. 32 +2 Intgpl6.06b 9 46V. 46 46%+ V. lntgplD4.25 480 r40 37V, 40 +1% lnterlrst.60 101254810% 9% 9%— IV, Intrlak2.60 10 155 51 50 50%+ V. Intrmedics 2837 10% 9V, 10 + % lntlAlum.72 10 259 20% 20V. 20V.— V. IBM4.40 14 70896 150% 143 p!50 — % lnllCntrl.50 11 789 28 25% 27%— % lntFlovl.16 192236 38% 34V, 35%— V. Int Harvest 1230667 9% 6V, p9 — % InHarvwtA 3322 6% 5V. p5%— % InHorvwtB 4045 3% 3 3 — V. InHarvptC 154 57% 54V, 55%— 2 InHarvpID 113 30 27 27%— 3% lntMCh2.60 142884 35% 34% 34%— V. lntMSCpl4 12 37% 37% 37V,— V. lnMultll.76 13 566 38V, 36V. 37V,— V, lntPapr2.40 238779 51% 48% 49%— IV. IntlRocHrs 1724 9% 8V, 8%— % IT Corp 331829r30% 28% 30% +1% ITT1 112135538 35% 36%— IV. ITSTpfH4 1 71V, 71V, 71 '/,—!% ITSTpfMV, 60 74% 73% 74%— V. ITSTplJ4 5 68 68 68—1% ITSTplK4 102 71V. 71V. 71%— % ITSTpf2.25 20 50 49% 49%— V, ITSTplOS 113 72% 70V, 71 —1% Intrnth2.48 104153 45% 44 44%— IV, Intnthpl8.48 z!40 93 93 93 HhplHlO.50 161 104 103V, 104 +2% lthpljlO.50 1 155 155 155 + % lntrpbGl.08 15 620 44 42 43%+ V. IntrRegion 7 576 11% 11 11%— V, Intst Bakers 17 670 r26% 26 26%— V, lntstPwl.90 10 268 21V, 21V, 21%+ % lnstPp!2.28 z!77022% 21% 22% +V. InterstSec 141137 12V. 11 12*4 + 1% lowaEM.90 121205 21% 20% 20%— V. lowallG2.74 9 657 36% 35 u36V. + % Iowllpf2.31 z920 22% 22% g22% lowaRs3.16 11 437 36% 35% 36 + V. IPTml.42b 121234 24V. 23 23% Ipolco3.04 101675 39 38 38%+ V. lpco.36 35 308 12% 11 V. 11%— % IRTsl.50 7 276 16% 15% 16% + V. lrvBnkl.96 71903 45% 41 u42%— 2% IUIntl.60 1276 15V. 14% 14%— V. 11 JameRiv.56 135507 40% 38V, 38%— 2 Jamswy.!2 11 671 20V. 19V. 19%— V, JpnFdl.43b 941 13% 13V. x!3%+ V. JellPill.52 72344 48% 46V, 46%— 2 JCnPpll3% Z200105 104 105 JCnPplH z20 101 V, 101% 101% JCnPpf9.36 Z410 85% 84 B4V,+1% JCnPpl2.18 124 20% 20% 20%— V. JCnPpf8.12 z70 73V, 73V, 73V, +1% JCnPplB.OO z780r74 73% g73%+ V. JCnPpl7.88 Z520 72 71V, 72 + V. JCnPpU.OO zlOO 37 36 37 +1V, Jewelcorln 19 89 18% 17V. 18% +1% JimWltl.40 83246 43 40% 40%— IV. JimWpll.OO zl3BOrlOV, 9V. 10V, + V. JimWpfl.60 10 57V, 56% 56%— V. JnHnl 1.47a 515 15% 15V. 15% JHnlv 1.84a 211 22V, 21V, 22% + V. JhnsnJl.30 151744852 49V. 50 — % JhsnCont2 11 563 52V, 51V, u51%— IV. JhnCpl4.25 116 63V, 62V. 63 — V, Jorgensenl 19 90 24V. 24V. 24V,_ % Jostens.88 15 684 27 25% 26V. + % JoyMfgl.40 292243 24% 23 23%-% JWTG1.12 19 69B 32% 31V. 32V.+1 K K KaiserAI.60 2679 17V. 16% 16V,— % KaiAlpf4.12 3 55 55 55 —6V, KoiAlpl4.75 3 66% 65 66%— V, KaiserC.20 448 15% 15V. 15% KaisCpll.37 190 16V. 16 16V.+ V. KanebSv .40 20 8486 6V, r6'<. 6%— V. KCPLI2.36 58657 24V. 23V, 23%— V. KCPLpf3.80 zlO 33% 33V. 33V,_ V. KCPLpl4.35 z3700r41 40% 40% KCPLpl4.50 z680 41% 41 41 KCPLpl2.33 zll700r22V, 21% 21%+ V. KCPLpl2.20 59r21V. 20% 21V. + % KCSthnl.08 92288 53% 49 g53V, +3V. KCSouthpIl z300 12 12 12 KanGEl.18 68249 15% 15V. 15%— V, KonPLI2.96 9 926 r41V, 40V. 41%+ V, KPLtpl2.32 52 24V. 24 24%+ /. KPLtpf2.23 20 23% 22% 23%+ /, Katy 598 15% 15 15%+ i KoufSBr.50 9x795 17% 15V, 17%— i Kaulpll.50 x37 17 16V, 16V,_ , Koulpl8.75 10 16 85% 84V, 85V, + /, KDI.24 14 1057 11V. 11 11%+ /. Kelloggl.84 152515 67% 64% 67 +1 . Kellogg wi 57 34 32% 33%+ V, Kellwas.68 92137 25% 24 25%+]% Kennmtl.88 22 743 22% 21 22 + V. KennerPrk 4800 17% 16% 17%— % KyUtil2.44 11 670 31% 30% 31V, + V, KerrGls.44 140 11 V. 11 V. 11%— V. KerGlpll.70 36 20% 20 20V. KerrMcl.10 201701330% 28 28%— 2% Keycrpl.30 10 438 37% 36% 37%+ % Keycorpwi 11 r25 r24V. 24% Keystnlnd 75 3V. 3'-, 3V, Keysltl s.48 191103H6V, 14V. 16V. + 1V* Kiddel.20 10 568 34V. 34 34%— V. KidplD1.64 4 54 54 54 KimClk2.32 I24645r71% 68% p71V.+2V. KI.MA.51b I23793r23% 21 23% +2 Kmart 1.40 112218635% 34V. 35%—% KNCrgl.48 101110 17% 16V, 17%+ V. KnightR.88 19 6203 r41V, 40% 41%+ V, Knogo 21 1816 r23V. 21V. 23 + V. Koger2.50 47 514 26V, 25% 26%+ % Kolmrgn.32 882 14 13% 13%+ % Koppers.80 9567 24V, 23 24V, + V. Kopper pU ZI62037V, 36V, 36V, Kopper pflO 18 r!06 104V, 106 +2 KoreaF.53b 707 17V, 16% 17 + % Kroger 2 11 5139 46% 44V, 45V,— % Kubota.31d 47 11 34 33% 33V, + 1 Kuhlmns.40 14 235 16% 18 18% Kyocra.31b 25 544 47% 43 47% +3% Kysor.BB 8 326 21% 20% 21 + V. LL LNHs2.94b 11 142 r33V. 31V. 32%+ % LL8E.20d 2730 10% 9V. u9%— V. LACMn.30 4913 26% 24% 25%— 1% Locledel.90 9 255 r30V. 29% 30% + V, laFarge.20 429 8% 8% 8V.— % LoFgpf2.44 151 26% 26 26%— % Lamours.24 15 414 10V, 9% 10%+ Vi Lamsn.OSb 21 262 4V, 4V, 4%— V. LaQuinlaM 271548 13V. 12V. 13 + V. Lowterl.56 771 12% 12 12%— % Learonl.40 17 195 17% 16% 17V. + % LeorPel.20 1321 10% 9 9%— A LrPtpl2.88 378 22 21 21%- V. Iear5iglr2 112188 50% 47V. 50V.+1 leswTrl.50 13 779 r37 33V. 36% +2% LeeEnll.04 17 299 42% 41 41 — 1% Leggm.20 16 1297 r23V, 20% 23V, +2% LeggttPI.52 13 866 33% 32% 33 — V, LenighVall 2078 2V. 2V. 2% Lennar.20 II 271 13V, 12% 12%— V, Lehml.58b 1265 16 15% plSV, Leucadias 5 241 r25% 24% 25V. + V. IOF1.40 91186 49 46V, 49 +2% LOFpl4.75 40 78V, 76V, 78% +1% Liberty.72 15 267 34% 33% 34%+ V, LillyEli3.20 143789105 100V, 103%— 1% LillyEliwi 102 52% rSOV. 52%— V, limited s.16 324154 32% 31V, p32%— V. UncNtl.84 134162 56% 54 55V.— V, LincNtlpl3 6r225 221% 221V. LncFnd2.24 55 24V. 24% 24%+ V. Litton2 105029 79 75V, 75%-2V. Litton plB2 14 24% 24% LLC 1057 2V. 2V, Lockhd.35b 81511646% 44 Loctite.lSb 16 356 34% 33% Loews si a 94632 58% 55% Logicon.24 20 755 39% 38V, lomsM.SOb 41 1001 20% 20 lomsNtl.40 129460 37% 35% Lam's si. 53b 11 1062 28% 27% LomosNt wt 497 3V. 2V. LoneStrl.90 11 1713 30V. 28% LoneSpl5.37 423 56% 56V. longlsllt 3 12990rllV. 10 LILtplK z220r56% 55 Lilt pU z450 r55 52 LILt pll z300r79 77 ULtpfB z490r34V, 33 LILtpfE z200 31 30V. HLIpIO 70 20% 19V. ULtpfP 123 16% 17% LILtpIS 2 71% 71 LILtpIT 218r24% 23% LlltplU 384 28% 28V, LILtpIV 438 24% 24V, LILtplW 212 25V, 24V, LlltplX 1621 25 24% LongDrs.72 151100 30% 29% Loral .52 17 Z417200 35V. 34V. LaGnSr.57 18 49 12% 12V. LaLondExl 86999 31% 29% LaPac.SOg 406015 23% 22V, LoPwrltpl 249 25% 24V, LaPwltplA 89 32% 31% LouGos2.52 9 859 30% 30V. LowesCo.36 166339 25% 24V. LTV 20459 6% 6V. LTVpIC 64 36 36% LTVpl 1 36% 36V. LTVA3i 7 10 9 LTVplB 491 13% 12V, LTVpID 137 10V. 9% lubnll.16 164883 27% 25% lubyCft.60 221586 38% 36% luckyS1.16 126897 25 23V. Lukens.46 189 12% 12% MM MACom.24 148183 14% 13% MAHnno.40 82 20 19% McMllns.55 18 1768 36 34 MacMilBlo 61 17% 17% Mocyl.16 167388 63% 63% McyplA4.25 z8280 rlOO 97 MogicC1.12 91111 54 51V, MonorCs.10 223529 18% 18 Monhln.20g 775 15% 14% ManNatl.32 11 576 11% 11 V, MonHn3.24 52059447% 41% MnHpl4.47b 1910 53% 52 MnHpf5.40b 806 50V, 49% qManvil 8005 7% 6% Manvilpl 650 19V. 18V, Mapcol 203369 38% 36% Marontz 974 r5V. 4 MarcadeGr 1150 V. V. MrkCont.32 247 12V. 11% MrkCpll.20 26 17V, 17V. MorMidl.80 73023r41% 39V, Marpl4.86b 525 52 51V, Morion s.36 431975 51V. 49V. Mariott .64 20 2706 1 10V. 108% MrshMI2.70 21 1895 r87% 85% Marshall 166 20% 19% MartinMsl 88513 34V, 32V. Masco .64 194036 41% 39V. MasseyFrg 2133 2V, 2 MsMtln2.96 243 r33V, 31% Maslncl.32 249 13 12% MotsuE.35e 124066 65% 62 Mattel 11 5119 12 11% Mattel wts 270 7% 7% Maxxom 294482 12 11 V. MayDS1.88 122134 63V. 61 Maytag s 14 1094 r38V4 37% MCA s. 68 306687 49% 47 MDtpfA2.20 535 22V. 21% MDtplB2.60 1012 23% 23% McDerll.80 8760 17% 16% McDerlwts 1661 2% r2 McDon .90 16 X13875 76% 73 McDnD1.84 95556 75V. 72V. McDIInv .20 19 139 12% 11V, McGrHI1.40 163926 4BV. 46% MclntyreM 50 30V. 29V. McKess2.40 131538 50% 49V, McKpll.80 1 80% 80% McLean Ind 13 364 8V, 8V, McNeil 1 14 243 r35 30% Mcorpl.40 76933 21% 19% Mcrppl3.50 21 39% 38V. MDUR2.72 10 203 39V, 38% MDCHId.36 8 823 11% 11% Mead 1.20 132378 45V. 42V. 24%— V, 2V. 46V. + 1 34 — V, p58V.+ V. 38V. _ % 20% 36%— V. 27%— V, 2%— % 28%— % 56V.— % pll + V. 56V.+1 55 +2% 79 +2V. 34V, + IV, 30V,_ % 19V._ V. 18%+ V, 71%— % 23%— % 28% 24% + V. 25 — % 24%+ % 29%— % 34%— V. 12%— V, 30%+ % 23%+ % 25 - % 32 — V. 30%+ % 25%— V, 6%— % 36%— IV, 36%— V, 9V«— % 12%— V. 9V. — V. 26%— V. 36%— 2% 24%— % 12V.— V. 13V.— V. 19% 35% + 1 % 17%— % 63% 100 +2 u52%— % 18%— V. 14%— 1% 11V,_ V. p42%— 5V. g52%— V. g49%— % p7 + % 18%— % p37% + V. 5 + % %— 1-16 12 + V. 17V, p40% + V. g52 + V. 50%— % 110% +1% 86% + 1 V, 20%— % 34V. + % 41% + % 33% +1% 12%— V. 65% + IV. 11%— V. 7%— V. 11V.— V. 62 — V. 37V, 47% 22%— % 23%— % 17 — % 74%— 1% 74%+ V. 12%+ V. 48%— V, 30 — % 50% 80V,_ IV, 8%— V, 33V.+3V. 20%— IV, 39 + V, 39V. 11%— V. 43V. — 2V, Msurex.24 166468r31V. 27V, u31V.+3V, Medtron.80 132245 45% 43% 44%+ V. MEI.50 152698 38% 37% 38 —V. Mellon2.68 71516 55% 52% 53%— 2% AAelplA2.BO 152 29% 28% 29%+ % Melville 1.44 143374 50% 50 50%+ V, Merobk.30b 64247 27% 25 p27% + 1 MercSt 1.30 12 162 75 73% 74%— V. MerckC3.20 196179 138% 134% p!35%— 1% Meredith 1 14 221 68% 65% A5%— IV. Merrlyn .80 21 99658 r43% 37% MesoOllshr 16585 2% 1% MesoLtdPt 14101 13% 12% MesoPet.20 44663 2V. 2V. MesoT.SOd 111 30V. 30% Mesobl .78b 7 x566 6 5% Mestek 120129 6% 5% MetFncl.60 5 658 22% 21% MGMUA.20 3284 23% 22% MGMUAwl 424 8 7V. MGMGr.44 35 336 17% 17 MGMpl.44 x!7 13V, 13 MIEp(H8.32 Z1780 r76% 75V. M1EplJ8.32 zB40r75% 75 MtEplF8.12 z!70 73V. 73V. MtEpH8.l2 z!20 75 73% MtEpf7.68G z450 70V, 69 MtEplC3.90 z!30 35 34V, MexFd.29b 2300 2V, 2V. MchCpf2.05 2538 r23% 23 MichEnl.40 13 190 r20V. 19% Micklby.06 116200 4% 4% Midcon2.44 133276468V. 65% MidSU1.33b 41525911V. 11 MidlandRl 29 961 20V. 19V, MdwsE2.76 12 589 r33% 31% MiltonR.44 16 323 12 11% MinMM3.50 151364190% 86% MinnPL2.76 B 964 39% 38% Mitel 4772 6% r4V. MLCn.34d 1499 8 7V. MLCnvpl 1950 12% 11% Mobil 2.20 135847130% 28% qMobileHm 138 11-16 % ModulrSyst 15 351 7% 6% Mohasco.48 12 566 31% 30% Mohawk Dt 3618 2V, 2 MonCl.OSb 121824 54% 53% MonorCpIS 10 53V. 52% Monarch .80 24 257 16 15 Monsan2.50 131005546% 45V. MonPw2.40 123082 32% 31% MntgS 1 80a 268 20% 19% MonyRI.88 13 705 9 8% MorMcl.04 13 389 26% 24% MorMpf2.50 184 29% 28% Moore s.72 13 646 19V, 18% MrgnJs2.45 617841 63V. 59 Morgan Kg 14 124 r!6V. 15% MrJpl6.40b 31 B5V. 84 MorrKdl.48 101653 43% 40% MorseSh.BO 16 697 25V. 24 MfgRll.BOb 9x835819% 18% MortTh.70 143828 37V, 36 Motrola .64 63 19547 39 36% Munlrd.54g 12 453 18V. 16% Munsngwrs 50 78 17% 17% MurphyOill 106746 30V. 27% MurryO.60 16 193 23% 23 MutlO1.44b 159 14V. 14% Myers LE 897 3V, 3 N N NalcoC1.20 155710 27% 26% NalcoFncIl 16 230 18% 16V. Nashua 10 527 31V. 30% NtCnvS.36 368436 10% 9% NCH.72 16 54Br27% 25% NotDist2.20 251674 35% 34% ND.slpll.B5 20r21 20% NatlEduc 17 1246 20% 16% NIFuels2.08 8 378 31% 26V. NFulpl2.30 15 25 24% NtGypsl.52 96629 46% 45% Natl Homes 429 5% 4V, Nil .25 1444 27% 27V. NllplS.OO 31 57% 57 NtlMdlE.52 103198422% 19V. NtlMineSvc 94 6V. 6% NIPrstol.06 13 70 29% 28% NtlSemicon 1226513% 12V. NtlSemipU 374 57V, 55% NotlSvcs.82 14 326r30V. 29% NatlStd.40 25 612 13V. r!2% NBDBsl.40 81813 39% 36% NBI 152079 11% rlOV, NCNB 1 .32 9 7106 43% 40 NCR s.88 131506742% 41 Nerco.64 8 210 13% 12% NevPw2.84 10 332 33V. 32% NvPwpH.95 11 18V. 18% NvPwpf2.30 z600 21% 21V, NvPwpfl.74 1142018',', 18V, NvPw pll .60 z970 15% 15% NevSvln.50 9 213 13% 13% NEngEI3.60 B 711 50% 50V. NEPpl2.76 23 27V, 26% Newell .60 12 181 r22V. 22V. NwhllLs.40 312 33V, 32 Nwhlvl.80d 196 16% 15% NwhRs.20d 55 8 r7% NJRes2.20 10 98 27 26% NewmnIM 1 64 2404 52% 49% NewparkRs 899 IV, IV. NYSIEI2.56 83336 28 27% NYSpll.23d 408 28 27% NYS pf8.80 z650 78 76V. NYSpl2.12 19 21 20% NYS p(D3V. 32 32 31 % NlagMo2.08 611019 20V. 20% NiMpll.84b 1525 25% 24% NiaMpf3.40 J897032V. 31 NioMpl3.60 z5590r34%32% NiaMpf3.90 z9640 r36 34V, p40%+2% u2 — V. 13%— % 2%— V. 30*4— % 6 ' 22V.+ % 23% + 1% 17 — V. 13 — V. 75% 75%+ V. 73V. 75 +1% g69 — % 34V.+ V, 23%T % 19V.— V. 4% 67%— V. 33% + 1% 12 + V. p86%— 3V. 39%+ V. 5 —1 V. 7V. 12 + V. p29%— % %— 1-16 7 + % 31 — V. 2V, 53V,— 1 52%+ V. 16 + % 46%— V, 32V. + % 20V. + V. 8V. — % 24%— IV. 28V.— 1% 19 — V. b61V,— 2% 16%+ V, 85 42% + % 24 — V, 18V,— V, p36%— 1% p38V, 18V.+ % 17%— V. u28%— % 23% + V. 14%— % 3V. 27 — V. 18V. 31%— % 10 — V. 26V. +1 x35 21 + % 20V. +1% 30V._ IV. 25 + % 46 j 27% 57V.+ V, p20%— 2% 6%— V. 28V.— V. 12V.— V, 56V.— 1 % 29V. 13%— V. 39%— V. 11 V.— V, u42 — % 12%— V, D33V. + % 18V, + V. 21%+ V. 1BV, 15%+ % 13%+ V. 50V. + % g27V, + lV, 22% 33% + V. 16V, + V, 7%— V. 26%— % 50V.— 1% u2B '7 % 28 + V. 78 + 1 % 21 - % 32 20%— V. g25%— % 31% g34 +2% 1A 4- 1 >/. NiaMpl4.10 Z324040 37% 39 —1 NiaM pU. 85 z540 45 45 g45 NiaMpf5.25 z6240 r50 48% 48V. NioMpl6.10 z!47BO rSBV. 56% 57 +% NiaMpl7.72 z430 r73 71V, 73 +1% NiM pll 0.60 z! 10 103 101 NiMpfl.98b 1408 28% 27% NiagSl.BSb 261 16% 16% Nicolet.12 15 843 14 12V. Nicor3.04 4106 22V. 22 NicorpM.90 4 26V, 26% NL.20 45 24432 rlSV. 13% NobleAH.12 111 7575 13% rll V. Nord Resrc 8 740 13V. 13 NorllkS3.40 11 3799 78V. 76% Norlin 266 5% 5% Norstrsl.26 11 826 29% 27% Nstrpl4.l9b 516 50V. 50% Nortek.08 61673 15 14% NACoall.lO B 137 64 61V. NoAPhilsl 11 253 38% 37% NoejIUtl.SB 7 11266rl8V. 18% NoEur 1 90b B 403 18% 16 NolnPS1.56 101243011 10% Nlnpl4.45b 1737 34% 33% NoSIPw3.52 96223 52 50% 101 —3 g28 V. + V. 16%+ V. jgi/j ,/, 22% V, 26V. + % 15V. +1% 12%- V. ^gi/ 4 >/, U78V.+ % 28%— % g50V,+ V, 14V, — V, 62V. —2 38 + V. U18V.+ % ]b>A 1 % I0%— % g33% 52 +1 NoSPpl3.60 Z132036'/, 36 36+1 NoSP pM. 08 z30r41V, 41% 41V, +2', NoSP pU. 10 Z300 41V. 41% 41V.+1V. NoSPpf4.56 z20 45% 45% 45%— IV. NoSppl7.00 zSOO 72 7! 72 NoSPpl7.84 zlOO 80V, 80% 80% + V, NoSPpl8.80 z460r89V, 88 69V, +2 NoTelcm.50 32042 32% r26% 26%— 5% NthgateEx 1456 3% 3V, x3%— V, NorlWpl.20 89962 41% 38% 41V.+ V. NWA.90 243113148% 45 47 +1% NwPlpf2.36 1 24 24 24 Nwstn Steel 354 14V. 13% 14 Norton 2 17 928 38% 37% 36V. + V, Norwstl.80 92105 29% 26 29%+ V, Nwspf4.15b 60 52% 52 g52% Novo.22b 91806 29V, 27% 29%+l% Nucor.40 141496 54% 52% 54% + 1 NUI2.32 10 27 32% 32% 32V,_ V. NutriS.OBh 119432 5 4V, 4%— % NVF 908 % % %— 1-16 Nynex6.40 99228 96% 94% 95%— V. Q g__ Oak Z3220002 1% 1%— V. OakiteP1.52 11 69 29% 29 29 V. OccdPt2.50 96042029 27 26%—% OccdPetwt 243 11% 10% 11%— V. OcPpl5.75b 446 54% 54% 54V. OcPtpll4.62 Z16700 106% 106V. 106%—% OcPtpl14 Z150I21 121 121 OcPtpl3.60 1 92V. 92V. 92%— 2% OcPtpl2.50 32 24% 24V. 24%— % OcPtp(2.30 9 23 23 23 OcPtpf2.12 49 22% 20% 22 — V. OceonDrlll 202260 20% r!8% 18%— IV, Ogdenl.80 192899 29% 27% 28V,— V. ORioEdI.eS 71364317 16V, 16%+ V. OhEpUld 1210 27 26 g26 — V, OhE pfl .80 48 17 16% 16% OhEpl3.90 z630 34 32V. 33 + % OhEpl4.40 Z160 37% 36V. 37% + IV. OhE pf4.44 z!300r38 36V, 38 +1% OhEpl4.56 1101037% 37V, g37%— V. OhE pf3.92 78 31% 31 g31 V. V. OhEpl7.24 Z388061V, 60 g60%+ V, OhEpf7.36 z360 62% 61 61 1 OhEpf8.20 Z184069 67 67% V. OhEpfB.64 z!520r72V, 70 g71V,+2V. OhEpf9.12 z330 75V, 75V. 75% V. OhEpf3.50 149 29V. 27% g28V, + V. OhE 10.76 z9600 r98V, 95% g98% +3% OhEpflO.48 z!3960r97 93% 96V, +3% OhioMal.40 32 930 13V. 13% 13V.— V, OhPwpfUA Z140109 108 108 —2V, OhPwplUF Z490110 109 110 + V, OhPwpl8.04 z290r74 72 72V,— Vi OhPwpl7.76 z2110 r76V, 75V* 75V.+1 OhPptG2.27 253r22V. 21% 22%+ % OhPplH3.75 5 33 33 33 OklaGE2.08 122130 26% 26% 26% OkGEpl.80 Z3570 9V. 3V, 8V, V. Olinl.50 2263 37% 36V. p37V»— % Omnlcare 854 B 7V. 8 + V. Oneida.BO 48 125 14% 14 14 — V* Oneokl2.56 129214 32% 31V. 31% Orange Co 1000 9 8V. 8%— V. OrRckl2.14 10 935 27V. 26V. 27V.+ V. OrionCa.76 6611 30 28 30 + V. OrnCpf2.12 1657 29V. 26 28%— V, Orion Pict 5960 HV, 10% 11% OriPtpl2.75 1413 29% 28V, 29%+ V, OrlPpfC.50 44 8V, 8% B%— V. OutbrM.64 16 789 26% 25% 26 —1 OvrShph.50 173427 18% 17% lfl%— % OvrnTrn .80 17 3900 r46V. 42 46 +3V. OwnCF1.40 82234 38 36V, p37V, + % Owenllll.80 116618r56% 54% p56 Ownllpf4.75 1 M65V. 165% 165V. +10% Oxford .46 27 396 15V, 15% 15V.— V. P P PacAlnl.54 10 101 r!5 14% 15 + V. Pacilcp2.40 95995 31% 30% p31V, + V, PocrppU.O? 188 35 32% 33% — IV. PacGE1.84 71806619% 19 19%+ V. Pacltg3.48 131579 48% 47V, p48%— V. PocResour 121301 12 11% 11V.— V. PocResrpf2 205 r 22% 21V. 21 V, + % PLumbl.20 251118 39V* 38V. p39V*+ V, PcScien .40 13 315 15% 14V. 15 — V. PTeles5.72 99440 81% 78% 81% + 1% PocifTln.40 8 23 14% 13V. 14V1+ V. PoineWb. 60 18 1439237% 34% 37% +2% PWbrpl2.25 531 31% 30% 31V. + 1V. PonAmCp 27389 8V. 7V, 8 + V. PanAmwts 1197 3 2% 2% Panhdl2.30 131042239% 36V, 36%— 2% Pandick.20 18 457 19 18V. 18%— V. Pansphlc 18 1592 r27% 27 27%— V, Pantry Pde 10365 9% 9 9V.+ V. 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Wendyss.24 165063 16% 15V, p!5%- V. I^ffiw i? 5« ? T TV « ToddShl.32 15 132 30% 29V, 29%-! Wscsttl.04 93 11% 11% 11%_ V. SatgardSci 27 426 12 11 11 /,- A To)< helm .48 1! 570 19 17% 18 -V. WestCo .48 15 322 r2B 26% 27%+ V, f a ir,9, ard r? „„ " o2u o? V< oL + ! ToleEd2.52 62423 22% 22% 22% WPePpf4V, z690 46 44'A 44V,- 'A SoflKlns.32 28 760 29% 27 28%- V. TolEdpl2.21 42 r!9V, 19V. 19%+ V, WsPtPp2.20 131631 43% 42% 43%+% Salwoyl.70 9734835% 34V. 35% TolEdpf2.36 z5500 r21 V. 20% 20%+ V. WestrnAIrL 8310598 6V. p8 +% If W. o,70 1 ?S1 ™ ™ ?2vT v TolEdpf4.2B 55r34% 34 34V.+ V. WsApl2 Z13700 24% 21V. 24%+l% StJc.LtPl.72 8 174 23% 22% 23V.+ V. T olEdpf3.47 196r29% 29 29% WslAHwts 4215 2% 2V. P 2'/.+ % S 50 ^! 1 ,,, »«« J,, JL oK" , „ TolEd p!3.75 145r30% 29% 30V. + V. WesternNA 7934 2 1% 1%— V. ! a l1 G , ! 2; 2< ,? 35 2? ??£ ?? % ?? %+ ' TolEdpl3.72 104r30% 29% g30V. + l% WsNapf7.25 270 18% rl5% 15%-2V, IV JnR J'nij ?i,Ji '12? 'iv 'JI/'~ /' TolEdpl25 471r27% 25% g27%+2 WstPoilnd 11 48 137% 135V. 135V.-1V. SJuonB.03d 01562 8V, 8V. 8%- V. Tonkos.10 71287 28% 26V. 28% + 1% WestSLs.20 5998 r!4% 13 14V.+1V. Sanders.60 192590 36% 33% 34V.-1V. Too tsRI .48g 15 105 58 55V, g57 + % WstnUnlon 1457212% 10% pll%-% SanFeEnrg 459^ U21V, , 20V, 2!V4+% Trchmks.60 9796624% 22V, 23V.-1% WslUnprC 742 39% 39%-2!4 l" f *£nL i'l '7, 5 J !9 « 7/< «.? ^ % l 2 v Trchpl2.38d 130108 108 glOB - V. WstUnplA 1040 37% 38-2 SanARI1.94 3 424 25 24V. 25 + V, Toro .4 0 11 461 18V, 18 18V.+ V. WstUnplE 582 13V, 12V. g!3 -V, SaraLel.60 124340 48% 47% 47%— V. T OSCO ,314 4 3V. 3%—% WstUn olS 484 7V. 6V. AV. % SaraWhl.48 16 33 38% 37% 37V.-1V. TowleMlg 446 6V. 5% 6 - % wlunTSlpf 3 3o 38 38-1 f au iT, '2? o Jl IZv ~I! i?!, „ TowleMpI 6 3V, 3% 3V.+ V. WUnTel plA 71 14 13% 13% c 1 i, oo ^S ??./' ?iv ? ,/ / ToysRUss 271081435 34V. 34V4+ V. WesthE 1 .20 132436244% 42% p44V.+2% !° V cF,o, ^ US U?? U^'T % Tracors.32 121740 18% 17V. 16V.+ % Wstvocl.32 12 870 44V, 43V. 44 SavEIA1.34 5 23% 23/4 23% + V. TramlCrow 4g4 I4ri 13 y, i3>/._ y, Weyrhsl.30 298733 31V. 29% 30V,— V. Savin 1153 4/. 3/, 3 A— V. Trnsaml.68 164014 34 31% 33 — % Weypf2.BO z20500 44V. 43V. 43%— V, ! avl T, ,, ....y ,f£' ,,S ,li^T % TrnamRlll 246 50 12V, 12% 12%- V. WeyplA4.50. 257 r52V, 51V. 52% + l ScanaH2.16 0302 28% 27% 28%+ % T ransal2.28 181 22% 21% 22%+ V. WheelingSt 389 8% 7% 8 - % I'tf"!. 9 , ^ "oVSMi «w 5^'~?i Trncdal.12 6 719 14% r!4 14V._ V, WheelSplB Z158025V, 21 21 -1 £ ^ .il'^o 17 MW iir *"?!? ^w'7 v Transco 2.24 567883 60 55%p54V.-4V. WheelStlpf zl 290 18% 16% 16V, + V, ScjentAtl .12 76850 13% 11% 12V.+1V. T rncopl3.87 231 72% 67% 67V.-6V. Whirlpool2 114823r52 49V, 52 +2 1 Ji ,-,. S.22i Sv 111 IW.,, Trncopl4.75 Z5810056 55 55 -1 WhiteCl.50 2698 r36% 32% 33V.-1V. ScottPol.24 124990 51V, 49% 51V.+ V. TrnscE2.36 345 2748 17% r!7 p!7V.— V. White plA3 zlOO 48 48 48 Scottys.52 12 507 14% 14 14%— V. Transcon 91150 9V, 8% 9 WhilepfCS B 41% 40V. 41V.+ V. I 80 ? „ ,,il5 o2S ,?„ ^,/ Jn ,, TrGspl2.50 10 25% 25% 25%— V. Whitehall 12 471 30V, 30 30%—% SeaCon .42 71554 29V. 26% 29%+2% T rGspf6.65 z200 86V. 86% 86%-lV. Whltker.60 151298 22 20% 20%-lV, !"? Pol'fS S ?J? !?!) \lYtj_ „ TrGspf8.64 z420 95% 94% 95%+ % Wlcor2.42 9 159 32 30% 30%—1% SeCp|B2. 0 93 6V, 6% 6V, + V. TrGspflO.32 z&O 100% 100% 100V. WilcoxG.10 10 563 13% 13 13 —V. SeCpfC2.10 147 16V, 16V. 16V.+ V. TrnsohFcl 7 225 r!4% 14 14%+ V. WilfredA.12 14 141 12% 12% 12%+ V, SeaLand. 48 136519 24V. 21% 21V.-2V. TronsWA 1121715 13% 15 +1% WillCol.40 19 4956 27V, ,14'A 25V.-2V, Seogram.BO 14 0 01 46% 42% p45V,- V. TransW .48 76041 38% 37% 38% + l% WlllmEl 3405 r8% 7V, 8% + l Seagull Eng 21 1515 16% r!4% ]£•-}., TrnWpfA2 26032 31 31%+% Wilshire 10 14495 5 4V, 4%- V. SeoredAr.44 20 663r37% 35% 37/. + 1 V, Trov | r ; 2 . )6 ,12040046% 45% 46% +V. Winnen 280 7V. 6V. 7 -% SealedPwrl 9 411 25% 24% 25%— V. Trav | p f4., 6 ,026 56% 55% 55%— V. WinnDxl.74 13 608 36% 35% 35%+ V. l Mr5 b, 7 So L ',S 't£7,?, 7 ,£ ,%% ,S,/T A TRE1 27 942 29V. 26% 29V. + % Wlnbogo.20 255635 13% 12% 13V. + % Sear pW.OBb 12 873104% 103% g!03%+ V. Tric enl.51b 6253 3V. r3% 3V.- V, Winter Jack 151 8 7V. 7V.- V. f eCP , C8l # J£?n 3 2?v' S/' b 32,/~',, Trlco.20 13492 7V, 6V, 6%- % WlscEP2.48 9328941% 39 41V4 + !% Servlce.32 202910 30% 29% 29%-% TriCont .30d 1371 29% 29V. p29%+ % WisEI pf8.90 Z17BO r94'/i 91 g94V4+3% Shaklee.72 131490 15% 14V. U15/.+ % Tri ci|p|2.50 93 26% 26V. P 26V,+ V. WisElpl7.75 z310 81V, 81 81V.+ V. Ih^T-^K B7»S ? 75 v Sv 9 ?7V~ v Trlangls.20 34061 17V. 16% '17V.+ V. WlsGpf2.55 zl0026V. 26% 26%- % 1C 3^ on S iS Sv «/ S T !/ Trlangllpf 1001 rl 7V. 16% 16V.+ V. WlscPw2.76 101066r41% 39% u41% + l% ShellerG.60 7 866 30% 29% 30 + V, Tr | an || e f, )0 267 37V. 36 37 + % WiscPS2.86 10 333 40V. 39% u40 + % SherWm.92 4 998 47 44% 44V.-1V. Trlbunel )B24B 9 53% M 51V.-2V. Wltcol.48 10 742 40% 40 40*4- V. ShoeTown 2962 8V, 8V. 8% Trlnity.50 2419 r!7V. 16% 16%+ V. WolvWId .24 964 13% 12% 12%- % Shoboat.60 7 214 6% 6V. 6V.+ % Tri tonE.10g 182955 25% 21 21%-3V, Woolwrth2 123175 60% 58V. p60V. SS^'i 66 '^i: T %' T-v: r2u» "^iS*^ iS H Tl? woTi'/A^ UJ 08 !* "S ^T'S In, rpf3 4f ,9 3 ,,§ W; il? 8^1? TRw?i4:fo i!^/.!^ !io I*' 1 wtfyX is III £' A* £*$£ S 40K n ?2 ^ MV ilv v Tultex.46 161242r21% 19% p21V. + l% Wurlltzer 229 3% 3% 3V.- % In f-™> ?5 18 27 26% 26/,- V, , , r WyleLab .32 63 754 15V. 14% 14V— 'A |Llnds.22g 13 152 5% 4% 5V.+ V. Tw , nDls .90 29 155 17V. 16% 16V— % Wynnlnl .60 13 116 17 16V, 16%-% f ULI . •>•> ,,,i i I,/ I,/ ,/ Tycolab.60 171262 53% 52% 53 — % X YZ SmklneBki fll 8705 76% 7$% 75=1% TylerS ' 40 - '3 903 15V. 14% x14%- V, Xerox3 22 12579 M% 57% b58%-2% Smuckrs.60 10 265 46V, 43% 46%+2V. uu Xerox pl5.45 1443 55% 55V. 55% SnpOnTl 16 14 1509 r43% 41 42%- % UAH 2284955*51% 55%+3% »ra .64 10 771 22% 21% 22 - V4 SnyderOII2 14251812 rlO 11 -% UGI2.04 13 1853 23% 22% 23%+% |?!ll ! £ ) ^ J«% 24 M%+2A Sonot2 8278 35 32 32V.-2V, UGIpl2.75 z870 r25% 25 25V.- % i™?''?, ,OA? ?,i 7 ,v 1 Sony.Ub 139936 21 19V. p20%+% UcceT 26 512 16V, 15% 16 — % ? 0 P ala '!2 ,, 1!S «ZS J,,, ,lf!~T 5 SoatlneLM 2993 r35% 31% V/,+2% UNCRes 25M 9% 9V4 9%-% iSlfh'^ ™!l*l ??v ?«S ?2v + V Source3.30 214 41% 40% 41V.+1 Uniflrst .20 14 3517% 17% 17%+ V. ?"" h £ <K ?1 9? 9? M« i? Z V Sourcpl2.40 99 23% 22% 23% Unllvr3.05b 11 978V, 77 78% + V, iZln^l 33 ll 975 r 2iv wv a t?v SoJersy2.48 12 227 29V, 28V, 28%— V. UnlNV4.29b 13 523145 140 144V.— % Zurnlndl.32 15 972 r42% 39V. 42 +2V, Sthdownlg 11 314 43% 41 41V.— IV. UCampl.64 21 11262 r43 41 41% FOOTNOTES: SoestBklJO 11 1749 36% 35% 36 - V, UnCart>3.40 32255 r83% 74% p82%+7V, Composite tables include trades from eight l? 8 ?^ 7 ^ .,'i?,J,/ Sv BJv ,/ UnlonCor P M 3 ™ 8V - B'/i markets identified by last price Indicators ?Sr ! C °'kr 2 -, 16n UiU 7 ,i^v ilv ^ /t+ v U " EI «'- W 75715 21% 20% 21 'A + V. markets other than NYSE as: a-Amex; b-Boston; ^."'K 0 , 2 ^ J 2 ?? 73 ^ 4 n', /4 P S, ~ ' "nElp!2.12 128 20% 20 g20V. c-Cincinnall; g-NASD; k-lnstinet block trading SolndGl.80 10 676 27% 26% 27% + lV. UnElpl2.72 13 26V. 26V. 26V.+ V. system used by Institutions- p-Pocific- u- SoNEng2.BO 12 z!03600 44V, 43% 44%+% UnElpf3.50 z270 r34 32 32 —1 Midwest: x-Phlladelphla. DIVIDENDS: Annual SNETpl3.82 24r41V, 40V, 41%+V> UnElpfC4 z4460 r40 37V. 39 +2V. rate unless otherwise identilied: (a) plus extra: SNETpl4.62 z25000 52V. 52% 52V. + 1V. UnEI plM4 27032% 31% 32%+ % (b) Paid in 1985; (c) Payment on accumulated SRwypl2.60 23 27 26% 26V.- V. UnElpf2.96 344 27% 27V. 27% +'/. dividends: (d) Paid so far In 1986. no regular SUnionl.72 117623%r21V. 22 —1% UnElpf4.50 Z37040V, 40V. 40V, + V4 rate; (e) Cash plus stock paid In 1985: (I) cosh Southland! 101387244 40% p42%— IV. UnElpl4.56 z660r43% 43 43% + l plus stock paid In 1986; M annual rote plus SthlandpM 1140 60V. 57V, 59V.— IV, UnEI pf6.40 z3030 61% 60 60%+!V, stack dividend; (h) paid In 1986, latest dividend Sthmark.24 55353 10% 9% ulO'/,— % UnElpf7.44 z7240 71 66V. g71 +3% omitted: (1) percent In stock paid In 1986; (1) Smkpl4.96b 7 13 50% 50 g50V,+ % UnElplHS z!080r73 70 73 +3 percent In stack paid in 1986, latest dividend SwitAir.13 157204 27V. 25% 26%+% UnElpllB z)05075 73V. 75 +1V, omitted or no action taken at last meeting (k) SwstnBell6 88272 61V. 79% 81V. + 1V. UExplr.41b 3189 19V. 17% pl8V.- V. percent In stock paid In 1985; (q) In bankruptcy SwslForest 2018 14% 13% 13V.-1V. UnPacl.80 122396752 47V. p46%— 3% receivership or reorganization; s) split or stock SwstGsl.28 8 631 17% 17% 17%—% UnPplA7.25 286114 106 107%— 7% dividend of 20 pc or more since i Jan 2- hl-la SowsPS2.02 102417 26% 26V. 26V. + V. UniroylpfB z4320 BOV. 78V, 80 adjusted; dividend begins with first declaration SwstEgy.52 72795 19% r!7V. 18 —1% UnitDrlllng 342 2% 2V. 2%— V. after split; (t) liquidating: (wi) when issued; wt) Spartan .52 148 15V, 15 15V.- V, UBrand .05b 11 229 25 23% 24%— IV. warrants; (x) ex-dividend, ex-rights ex- Spectra Phy 602 24% 23V. 24 — V, UBrnpfl.20 49 18V. 17V. 18 — V, distribution. Sperryl.92 691677349V. 46% p47V.-2% UnCabls.lO 56 555 37V. 36V. 37V. + V. SALES: In hundreds (00) omitted except lor Sprlngi 1.52 25 145 43V. 42V, 42V.-1 Utdlllm2.32 51418 29% 27% 29V.xH% those designated (z) which are traded In 10- SPSTch.88 16 96 33% 32% 33V. + % Unlll pf3.97 40429 27% 28*4+ V, share lots and carried In lull «•"'"'"• SquorDl.84 152082 44'/. 43% 44 + % UnlllpfO Z460030V. 29% 30V.+ V. P-E RATIO: The price of a stock as o multiple Squibb 1.76 1916749B3V, 76V. 7B%-6 Unl pll.90 41 15V. 14% 15 ol per-share earnings - derived by dividing Ihe StaleyCtl. 80 137313726 25 u26 +V, Unlll p!2.20 z2940 19% 19 19%—% latest 12 -month earnings figure Into last sole StdBrPt.56 12 703 20% 20 20%— % Utdlnd.oOg 9 272 22V. 21V, 22V.— % price StdMotP.32 171201 13% 13 13V.+ V. Utdlnns .22 60 2943V. 42% 43 -V. HIGH-LOW: An (r) next to the price in the high SlOilOh 2.80 351471348 44% p46V,— IV. UJsyBkl.16 10 499 35V, 33% 34 —IV, or low column Indicates that price is a new high StdOhpl3.75 z30 72% 72V. 72% UtdMrchMI 473 20% 19 19V— % or new low lor the past 365 days. 'Agnes of God/ 'Golden Girls' pick up Golden Globe Awards BEVERLY HILLS, Calif. ( AP) — "Agnes of a television series for his role as the patriarch of God" and "Out of Africa" were honored for best a kinetic Brooklyn family in "The Cosby Show." supporting movie roles Friday at the 43rd an- Cosby, who has in the past asked not to be nual Golden Globe Awards, while the television considered for Emmy awards, was not on hand series ' 'Golden Girls' ' won in two categories. to receive his Golden Globe. The awards were still being presented late The awards by the Hollywood Foreign Press Friday. Association, which divide films and star per- Meg Tilly won best supporting actress for a formance into two categories — drama and movie role for her portrayal of a disturbed young comedy-musical — are not an exact replica of nun in the film "Agnes of God," about the the Oscars, but often they give an accurate murder of a newborn child in a convent. indication of awards to come. Klaus Maria Brandauer won for his support- Last year, "Amadeus," its star F. Murray ing movie role as the philandering husband in Abraham and director Milos Forman won both "Out of Africa." Golden Globes and Oscars. In a rare tie, Estelle Getty and Cybill Shep- The field was wider this year. "Out of Africa," herd each won for the category of best pef- "Prizzi's Honor" and "Witness" received six ormance by an actress in a television series, Golden Globe nominations apiece, followed by Getty for her role in "The Golden Girls" and "The Color Purple" with four. Shepherd for "Moonlighting." Charlton Heston and Donna Mills were emcees "The Golden Girls" about four retired women, of the two-hour show, televised live in Los also won best television series — musical or Angeles and 11 other cities, mostly in the West, comedy. and taped for broadcast in 80 markets today. The Bill Cosby won best pef ormance by an actor in show is syndicated by the Dick Clark Company.

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