extra BEAD LIKE AN EGYPTIAN p. 3 BEADED AND BEAUTIFUL

Size: px
Start display at page:

Download "extra BEAD LIKE AN EGYPTIAN p. 3 BEADED AND BEAUTIFUL"

Transcription

1 BB xtr SUBSCRIBER EXCLUSIVE FEBRUARY 2018 STRETCH YOUR SKILLS! A strngth with srt or p. 48 Emllish zls with two-hol s p. 33 Mk 7-strn ri with your stsh p. 20 n mor! 3 pps for signing kumihimo jwlry p. 22 YOUR GUIDE to thr, & nl sizs p. 18 Jill Wismn n TRY SOMETHING NEW th Zn of ing B origmi! p. 50 Emr olor with ol CRAW rrings p. 23 String swt rystl nkl p. 28 Th nint llur of lpis lzuli p. 64 Pnton 2018 olor outlook p. 10 PLUS Empowring womn in Npl through s p. 74 How to mk on-trn Nori jwlry p. 61 A DIGITAL SUPPLEMENT TO BEAD&BUTTON MAGAZINE Inspir y Cloptr BEAD LIKE AN EGYPTIAN p. 3 BEADED AND BEAUTIFUL Dpit grful llrins in thrrop pyot p. 7 Gt ll squr wy with hrming rrings p. 11 Mk ruffl rlt with DimonDuos p. 14

2 wlom >> Join m this yr in lrtion of ll things n utiful! Grtr thn th sum of its prts Go ig or go hom. Living lrg. On th shoulrs of gints. As ths iioms suggst, grnur plys prominnt rol in th humn psyh. Soring rhittur, vst ons, n th unning night sky kp us fsint for hours, wks, n months t tim. Mountin rngs, forsts, n gorgs lv us sphlss, yt inspir. I m s fsint y ll ths things s nyon ls is ut, lik most rs, I lso hv pnhnt for thos things t th othr n of th sl. In ft, whn I took up ing, my mothr ws not surpris. It mks sns, sh rflt. You v lwys lik smll things. An I o! I lov to gt lost in th intrit txturs n tils of ollr, mir th forthought tht gos into rting sulptur, or nlyz how tiny s s om togthr to form somthing tht is grtr thn th sum of its prts. I imgin tht you r similrly inlin, sing s you r ring this, n m hrtn knowing thr r so mny othrs for whom n pprition of this vst worl involvs mrvling t th minuti within it. Join m this yr in lrtion of ll things n utiful! Visit B&Button onlin t FtJwlry.om for fr projts, vios, logs, gllris, sign hllngs, n mor, ll upt ily. Us polymr ly n rsin to mk n orl s turtl pnnt y Christi Frisn Mk this rlt of intronnt wir hrts y Jni Brkil Contnts Eitor, B&Button itor@nutton.om Cloptr rlt... p. 3 Dning llrins rlt... p. 7 All squr up rrings...p. 11 Ruffl rgli rlt...p. 14 Vio: Lrn roht with uthor Cni Sxton 2018 Klmh Pulishing Co. All rights rsrv. This pulition my not rprou in prt or in whol without writtn prmission from th pulishr. Th signs in B&B Extr r for your prsonl njoymnt. Thy my not tught or sol without prmission. Eitor Juli Grlh Snior Art Dirtor Lis A. Brgmn Assoit Eitors Conni Whittkr, Din Joli Contriuting Eitor Ciny Crin Nwmn Eitoril Assistnt Lor Groszkiwiz Grphi Dsignr Lis M. Shror Photogrphr Bill Zuk Illustrtor Klli Jgr Eitoril Dirtor Din M. Bh ADVERTISING Corport Avrtising Dirtor Ann E. Smith Avrtising Sls Lori Shnir A Srvis Rprsnttivs Mliss Vluh, Nntt Hkrth B&B Extr is pulish imonthly y Klmh Pulishing Co., Crossros Cirl, P.O. Box 1612, Wuksh, WI Vio: How to stith ntt rop with Cynthi Rutlg Visit B&Button onlin t FtJwlry.om

3 CLEOPATRA BRACELET sign y Ev Lr DIFFICULTY multipl stiths 2018 Klmh Pulishing Co. This mtril my not rprou in ny form without prmission from th pulishr. Frury

4 mtrils rlt 6½ x 1½ in. (16.5 x 3.8 m) 7 8 mm Cny ohon s (Prios, grn turquois opqu) 32 4 mm Es-O Mini s (rk orl) 1 g 80 s s (Prios, grn turquois opqu) 100 s s 1 g olor A (Prios, jt) 6 olor B (Prios, grn turquois opqu) 1 g 110 s s (Prios, rss mtt) Firlin, 6 l. tst ing nls, #11 or #12 sis FtJwlry.om/sis tthing stop right-ngl wv rik stith pyot stith: flt, vnount; zipping up or joining squr stith ning n ing thr 8 mm Cny 4 mm Es-O Mini 80 s 100 s, olor A 100 s, B 110 s FIGURE 1 FIGURE 5 BRACELET BANDS 1) First unit: On 1 y. (.9 m) of thr, pik up n Es-O Mini n thr 110 s s. Lving 9-in. (23 m) til, sw through th opn hol of th Es-O Mini (figur 1, ). Pik up thr 110s, n sw through th othr hol of th Es-O Mini ( ) n th first thr 110s pik up ( ). 2) Pik up n 110, n 80 s, n n 110, skip th Es-O Mini, n sw through th nxt thr 110s (figur 2, ). Rpt this stith on ( ), n sw through th nrst hol of th Es-O Mini, th jnt thr 110s, th othr hol of th Es-O Mini, n th nxt two 110s ( ). 3) Crt onntor in right-ngl wv: Pik up olor A 100 s, n 110, n n A, n sw through th 110 your thr xit t th strt of this stp. Sw through th nxt A n 110 ( ). 4) Son unit: Pik up n 110, n Es-O Mini, n thr 110s, n sw through th opn hol of th sm Es-O Mini (figur 3, ). Pik up n 110, n sw through th nxt two 110s, th Es-O Mini, n th following thr 110s ( ). 5) Pik up n 110, n 80, n n 110, n sw through th jnt thr 110s ( ). Pik up n 110, n 80, n n 110, n sw through th following two 110s ( ). 6) Rpt stp 3 to nothr onntor. 7) Rpt stps tims. Rpt stps 4 5 on mor to rt th lst (15th) unit for 6½-in. (16.5 m) rlt (figur 4). For longr or shortr rlt, mk sur to n with n FIGURE 2 FIGURE 6 FIGURE 7 Cloptr ws th inspirtion for this rlt. Th pltt rprsnts th ol prsonlity of this infmous Egyptin qun, n th sign is my intrprttion of wht sh might wr. o numr of units in orr to mintin th sign. 8) Rpt stps 1 7 to rt son rlt n. En th working thr n til. CANDY BEAD COMPONENTS Cirulr rik stith is us to frm th twohol Cny s. Du to its son hol, you will hv to rt four loops vrsus th stnr two. Eh two-hol Cny hs roun f n flt s. Th gs whr th two hols r los togthr will rfrr to s th top n ottom of th s. 1) On 18 in. (46 m) of thr, pik up n 8 mm Cny, n sw through th sm hol gin, lving n 8-in. (20 m) til (figur 5, ). This rts thr rig roun th si tht will us for frming th Cny in rik stith. Sw own through th opn hol of th Cny to rt top thr rig ( ). Sw through th sm hol gin to rt si thr rig on th othr si ( ). Sw up through th othr hol to rt th ottom thr rig ( ). 2) Pik up two 110s, n sw unr th thr rig t th top of th Cny. Sw k through th son 110 pik up, n tightn (figur 6). 3) Work 12 mor irulr rik stiths roun th Cny to omplt th roun, piking up on 110 t tim (figur 7, ). Thr shoul s frming th Cny. Aftr omplting th 14th stith, sw own through th first 110, out towrs th k, FIGURE 3 FIGURE 4 Frury

5 f g f h j i k j FIGURE 8 FIGURE 9 unr th thr rig low th first 110, n up through th first 110 ( ). St this omponnt si. Do not trim th thrs. 4) Rpt stps 1 3 to frm svn Cny s. If you just th lngth of your rlt ns, sutrt on from th numr of units in h n n ivi tht numr y two to trmin how mny Cny s you will n. ASSEMBLY 1) With th working thr xiting out th top of n 110 on Cny omponnt, pik up n A, n sw through th ottom 80 of th son unit of rlt n (figur 8, ). Pik up n A, n sw own through th nxt 110 surrouning th Cny ( ). Sw k up through th 110 your thr xit t th strt of this stp, n rtr th thr pth ( ). (Mk sur th roun f of th Cny is fing up.) Do not n th thrs. 2) Rpt stp 1 six tims with th othr Cny omponnts, tthing thm to vry othr unit (vn units) of th top rlt n. 3) With th til of th first Cny omponnt, xit th ottom of th 110 opposit th top onntion. (Thr shoul fiv untth 110s on h si of th Cny.) Work s in stp 1 to tth th ottom of th Cny to th orrsponing unit on th othr rlt n ( f). 4) Atth th rmining Cny omponnts to th ottom rlt n. 5) With th working thr of th first Cny omponnt, sw through th work so th thr xits th son 110 wy from th prvious onntion (figur 9, ). tip If you n to hng irtion whn swing through th rik-stith 110s roun th Cny s, just sw unr thr rig to th th thr, n rvrs irtion. Pik up fiv 110s, n sw through th jnt 80 on th nxt unit of th rlt n ( ). Pik up fiv 110s, n sw through th son 110 low th tthmnt to th nxt Cny ( ). Sw through th nxt two 110s s shown ( ), pik up fiv 110s, n sw through th orrsponing 80 on th ottom rlt n ( f). Pik up fiv 110s, n sw through th son 110 ov th ottom tthmnt of th jnt Cny (f g). En this thr. 6) Rpt stp 5 to wing twn th rmining Cny units. 7) To tth th lst Cny unit, sw through th work to xit th son 110 low th top onntion (h i). Pik up fiv 110s, sw through th 80 on th lst unit of th top rlt n (i j), n n this thr. Us th til to tth this Cny to th ottom n in th sm wy (j k), n n th til. OUTER EDGING 1) On 7 ft. (2.1 m) of thr, ntr two 110s n two 100 As. (Th til will us to omplt th son hlf of th rlt n.) Sw through ll four s gin to rt two-y-two squr, n thn sw through th two 110s gin (figur 10, ). Wrp th til onto thr oin or pi of ror to kp it out of th wy for now. 2) Pik up n 110 n n A, n sw own through th prvious A n up through th jnt 110 n th nw 110 ( ). Rpt this stith to rt strip with totl of s n As. This will om prt of th loop n of th rlt ( ). f g FIGURE 10 3) To mk ornr, pik up n 110 n thr As, n sw own through th prvious A n up through th jnt 110 n nw 110 ( ). 4) Working s in stp 2, work fiv mor stiths with n 110 n n A ( f). 5) To onnt th ging strip to th rlt, sw through th 80 t th top n unit. Pik up n 110, n sw through th prvious A n 110, n ontinu through th sm 80 (f g). Work four mor stiths using n 110 n n A. 6) Work s in stp 5 to th n of th rlt. 7) Aftr you hv xit th 80 of th lst unit, work fiv mor stiths with n 110 n n A, mk ornr s in stp 3, n work ight mor stiths with n 110 n n A. 8) Atth nl to th til, n work stps 3 7 to omplt th othr outr ging n. Frury

6 Lt signr Ev Lr gui you through mny iffrnt stiths whil you mk lovly, wrl jwlry. Bgin y lrning stith with simpl projt, n thn prti with th nxt, sy pi. Finlly, pply your nwfoun skills with mor hllnging projt. Instrutions inlu hlpful tips for ginnrs, s wll s ltrnt olorwys to sprk your rtivity ISBN $22.99 CAN $ f g i h j f g FIGURE 11 FIGURE 12 CLASP 1) Toggl r: On 1 y. (.9 m) of thr, tth stop, lving 6-in. (15 m) til. Pik up s. Ths s will shift to form rows 1 n 2 s th nxt row is. Using 110s, work totl of 10 rows of flt vn-ount pyot stith. Zip up th gs to form tu tht will om th toggl r. 2) To mllish th ns of th toggl r, th thr shoul xiting n n. Pik up n Es-O Mini n thr olor B 100 s s. Sw through th opn hol of th Es-O Mini n n n 110 opposit th on your thr ws xiting. Sw up through th nxt 110 n rtr th thr pth through th s in this stp. 3) Rpt stp 2 on th othr n of th toggl r. En th working thr n til. 4) Toggl r tthmnt strip: On 18 in. (46 m) of thr n lving 6-in. (15 m) til, pik up four 110s. Pik up on 110, n sw through th lst of th prvious row n th first of th urrnt row in th sm irtion. Continu working in squr stith to rt strip tht is 25 rows long y four s wi. En th til. 5) Pl th r tthmnt strip within th opn n of th rlt. With th working thr of th r tthmnt strip xiting th top of th first row, sw up through th fourth n fifth 110s of th lst/top fiv wing s, n sw through th nrst 80 (figur 11, ). Sw k own through th fifth n fourth 110s of th wing, n through th n four s of th squr stith strip ( ). Sw own through th fourth n fifth 110s of th ottom wing, n ontinu through th nrst 80 ( ). Sw up through th fifth n fourth 110s of th wing ( ). For strngth, rtr thr pth through this ntir onntion, n n th working thr. 6) With th til from th top ging strip, sw through th fifth row of th squr stith strip, n ontinu through th n two 110s of th ottom ging strip. Sw k through th jnt two As, th sixth row of th squr stith strip, n th n two As of th top strip (f g). Rtr thr pth, n n th til. 7) With th til from th ottom outr ging n strip, sw through th work to xit th n of th r tthmnt strip. Wrp th strip roun th ntr of th toggl r, n following th squr stith thr pth, sw th n to th 11th row of th strip. To kp th r from slipping out, sw through th r n th strip fw tims until sur. En th thr. Us rystls, s s, prls, n mor to mk y-thing jwlry for ny osion. FINISHING TOUCHES 1) With th til of th top rlt Butiful n BASIC BEAD t STITCHING th los (loop) n, sw through th work to xit th ntr 110 of th n unit Inlus: rik (figur stith 12, ui right-ngl wv hrringon lr stith pyot stith point ). Pik up thr 110s, n sw through th right-ngl wv squr stith ornr 110 (sixth 110 to th lft of th n top 80), k through th thr 110s just pik up, n own through th strting 110 ( ). 2) Pik up two 110s, skip th nxt thr 110s of th ging, n sw own through th nxt four 110s ( ). 3) Pik up fiv 110s, n sw through th n ottom 80 of th top rlt n ( ). 4) Pik up fiv 110s, n sw through th son 110 wy from th onntion twn CASUAL BEAD ELEGANCE LEDER th jnt Cny n th top rlt n ( ). Sw through th nxt two 110s s shown ( f). 5) Pik up fiv 110s, n sw through th top 80 n th following thr 110s of th lst unit of th ottom rlt n (f g). 6) Pik up thr 110s, sw through th ornr 110 in th ging, n sw k through th thr 110s just pik up n th 110 your thr xit t th strt of this stp (g h). 7) Pik up two 110s, skip th nxt thr 110s in th ging, n sw up through th nxt four 110s (h i). 8) Pik up fiv 110s, n sw through th 80 of th lst unit of th ottom rlt n (i j). En th thr. B&B C sul B Elgn STITCH BY STITCH Ev Lr Ev Lr livs in Astori, Nw York, n strt hr rr s pulish rft signr in Sh is th uthor of Csul B Elgn, Stith y Stith (JwlrynBingStor.om) whih fturs 24 projts to hlp rs lrn stiths whil mking jwlry thy ll wnt to wr. Follow hr log t vlr.om. Frury

7 DANCING BALLERINAS BRACELET sign y Josi Fr DIFFICULTY thr-rop pyot 2018 Klmh Pulishing Co. This mtril my not rprou in ny form without prmission from th pulishr. Frury

8 mtrils rlt in. (18.4 m) 110 ylinr s (Miyuki Dlis) 11 g olor A (DB0010, opqu lk) 3 g olor B (DB0351, mtt whit) 2 g olor C (DB0625, silvr-lin pink lstr) 2 g 150 s s (Miyuki 401,opqu lk) 1 13 mm rystl utton (Swrovski 3009) Firlin, 6 l. tst, or nylon ing thr, siz D ing nls, #11 sis FtJwlry.om/sis vn-ount thr-rop pyot stith ning n ing thr Six prtty llrins gr this thr-rop pyot pttrn. Stith it up for th nr in your lif. 1) Pik up 30 olor A 110 ylinr s. Ths s will shift to form th first two rows s th nxt row is. 2) Following th pttrn (p. 9) or th wor hrt (low), work in thr-rop pyot, ning n ing thr s n. Not: In th wor hrt low, strting in row 3, h thr- stith is sprt y smi-olon. Rows 1&2: (30)A Row 3: ; ; ; ; Row 4: ; ; ; ; Row 5: ; ; ; (1)B, (2)A; Row 6: ; ; (1)A, (1)C, (1)A; ; Row 7: ; ; ; (1)A, (1)B, (1)A; Row 8: ; ; (1)A, (2)C; ; Row 9: ; ; ; (1)A, (1)B, (1)A; Row 10: ; ; (1)A, (2)C; ; Row 11: ; ; (2)A, (1)C; (1)A, (1)B, (1)A; Row 12: ; ; (1)A, (2)C; ; Row 13: ; ; (2)A, (1)C; (1)A, (1)B, (1)A; (2)B, (1)A Row 14: ; (1)B, (2)A; (1)A, (2)C; ; Row 15: ; ; (2)A, (1)C; (1)A, (2)B; (2)B, (1)A Row 16: ; (2)B, (1)A; (1)A, (2)C; (3)B; Row 17: (2)A, (1)B; (3)B; (1)B, (2)C; (1)A, (2)B; (1)B, (2)A Row 18: ; (1)A, (2)B; (3)C; (3)B; (3)B Row 19: (3)B; (3)B; (1)B, (2)C; (3)B; Row 20: ; (3)B; (3)C; (3)B; (3)B Row 21: (3)B; ; (1)B, (2)C; (3)B; (3)B Row 22: (3)B; ; (1)A, (2)C; ; Row 23: ; ; (1)A, (2)C; ; Row 24: ; ; (2)A, (1)C; ; Row 25: ; ; (1)A, (2)C; ; Row 26: ; ; ; ; Row 27: ; ; (1)A, (2)C; ; Row 28: ; ; ; ; Row 29: ; ; (2)C, (1)A; ; Row 30: ; ; ; ; Row 31: ; ; ; ; (1)A, (1)B, (1)A Row 32: ; ; ; ; Row 33: ; ; ; ; (1)A, (1)B, (1)A Row 34: ; ; ; ; Row 35: ; ; ; ; (2)B, (1)A Row 36: ; ; ; ; Row 37: ; ; (2)A, (1)C; ; (1)B, (2)A Row 38: ; (1)B, (2)A; ; ; Row 39: ; ; (2)A, (1)C; ; Row 40: ; (2)B, (1)A; (2)A, (1)C; ; Row 41: ; ; (2)A, (1)C; ; Row 42: ; (1)A, (1)B, (1)A; (1)A, (2)C; ; Row 43: ; ; (2)A, (1)C; ; Row 44: ; (2)A, (1)B; (1)A, (2)C; ; Row 45: ; ; (2)B, (1)C; (1)A, (2)B; (1)A, (1)B, (1)A Row 46: ; (2)A, (1)B; (3)C; (3)B; (3)B Row 47: (1)A, (2)B; (3)B; (2)B, (1)C; (3)B; (3)B Row 48: ; (3)B; (3)C; (3)B; (3)B Row 49: ; (3)B; (2)B, (1)C; (3)B; (2)B, (1)A Row 50: ; (1)A, (2)B; (3)C; ; Row 51: ; ; (2)A, (1)C; ; Row 52: ; (2)B, (1)A; (1)A, (2)C; ; Row 53: ; ; (2)A, (1)C; ; Row 54: ; (1)B, (2)A; (1)A, (2)C; ; Row 55: ; ; (2)A, (1)C; ; (1)B, (2)A Row 56: ; (1)B, (2)A; (2)A, (1)C; ; Row 57: ; ; ; ; (1)B, (2)A Row 58: ; ; ; ; Row 59: ; ; ; ; (2)B, (1)A Row 60: ; ; ; ; Row 61: ; ; ; ; (1)A, (1)B, (1)A Row 62: ; ; ; ; Row 63: ; ; ; ; (1)A, (1)B, (1)A Row 64: ; ; ; ; Row 65: ; ; ; ; (1)A, (1)B, (1)A Row 66: ; ; ; ; Row 67: ; ; ; ; Row 68: ; (2)A, (1)B; (2)A, (1)C; ; Row 69: ; ; ; (1)A, (2)B; Row 70: ; (1)A, (2)B; (1)A, (2)C; ; Row 71: ; ; (2)A, (1)C; (1)B, (2)A; Row 72: ; (2)B, (1)A; (12)A, (2)C; ; Row 73: ; ; (2)A, (1)C; ; Row 74: ; (1)B, (2)A; (3)C; ; (2)A, (1)B Row 75: (1)A, (2)B; (3)B; (1)A, (1)B, (1)C; (1)C, (2)A; (1)B, (2)A Row 76: (2)B, (1)A; (3)B; (3)C; (3)B; (2)B, (1)A Row 77: ; (3)B; (2)B, (1)C; (1)C, (2)B; (1)B, (2)A Row 78: (3)B; (3)B; (3)C; (3)B; (1)B, (2)A Row 79: (1)A, (2)B; ; (2)B, (1)C; (1)C, (2)B; (3)B Row 80: (1)A, (2)B; (3)B; (3)C; ; (1)A, (2)B Row 81: ; ; (2)A, (1)C; ; (1)B, (2)A Row 82: ; (1)B, (2)A; (3)C; ; Row 83: ; ; (2)A, (1)C; (1)A, (1)B, (1)A; Row 84: ; (2)B, (1)A; (3)C; ; Row 85: ; ; (2)A, (1)C; (2)A, (1)B; Row 86: ; (1)A, (2)B; (1)A, (2)C; ; Row 87: ; ; (2)A, (1)C; ; Row 88: ; ; (2)A, (1)C; ; Frury

9 110 ylinr s olor A olor B olor C PATTERN Row 89: ; ; ; ; Row 90: ; ; (2)A, (1)C; ; Row 91: ; ; ; ; Row 92: ; ; (1)C, (2)A; ; Row 93: ; ; ; ; Row 94: ; ; (2)C, (1)A; ; Row 95: ; ; ; ; Row 96: ; ; (3)C; ; Row 97: ; ; ; (1)A, (1)B, (1)A; Row 98: ; ; (3)C; ; Row 99: ; ; ; (1)A, (2)B; Row 100: ; ; (3)C; ; Row 101: (1)A, (2)B; ; ; (1)C, (1)A, (1)B; Row 102: ; (2)A, (1)B; (3)C; (3)B; (3)B Row 103: ; (3)B; (3)B, (1)C, (2)A; Row 104: ; (3)B; (2)C, (1)B; (3)B; Row 105: ; ; (3)B; (1)C, (2)B; (1)B, (2)A Row 106: ; (3)B; (3)C; ; Row 107: ; ; ; (1)C, (2)B; (1)B, (2)A Row 108: (2)A, (1)B; (3)B; (2)C, (1)B; ; Row 109: ; ; (2)A, (1)B; (1)C, (2)A; (3)B Row 110: (1)A, (2)B; (2)B, (1)A; (2)C, (1)B; ; Row 111: ; ; (1)A, (2)B; (2)C, (1)A; (2)A, (1)B Row 112: (1)A, (2)B; (1)B, (2)A; (1)C, (2)A; ; Row 113: ; ; (1)A, (2)B; (2)C, (1)A; Row 114: ; (1)B, (2)A; (1)C, (2)A; ; Row 115: ; ; (1)A, (1)B, (1)A; (2)C, (1)A; Row 116: ; (2)B, (1)A; (1)C, (2)A; ; Row 117: ; ; (2)B, (1)A; (2)C, (1)A; Row 118: ; (1)A, (1)B, (1)A; ; ; Row 119: ; ; (2)B, (1)A; (2)C, (1)A; Row 120: (4)A; (1)A, (2)B; ; ; Row 121: ; ; (1)B, (2)A; ; Row 122: ; (2)A, (1)B; ; ; Row 123: ; ; (1)B, (2)A; (2)A, (1)B; Row 124: ; ; ; (1)B, (2)A; Row 125: ; ; ; ; Row 126: ; ; ; (1)B, (2)A; Row 127: ; ; ; (1)A, (1)B, (1)A; Row 128: ; ; ; (1)B, (2)A; Row 129: ; ; ; (1)A, (1)B, (1)A; Row 130: ; ; ; (1)B, (2)A; Row 131: ; ; ; (1)A, (1)B, (1)A; Row 132: ; ; (1)A, (1)C, (1)A; ; Row 133: ; ; ; (1)A, (1)B, (1)A; Row 134: ; ; (1)A, (2)C; ; Row 135: ; ; ; (1)A, (1)B, (1)A; Row 136: ; ; (3)C; ; Row 137: ; ; (2)A, (1)C; (1)A, (1)B, (1)A; Row 138: ; ; (1)A, (2)C; ; Frury

10 Row 139: (1)A, (2)B; ; (2)A, (1)C; (1)A, (1)B, (1)A; Row 140: ; (1)B, (2)A; (1)A, (2)C; ; (3)B Row 141: (1)A, (1)B, (1)A; (1)B, (2)A; (2)A, (1)C; (1)A, (2)B; (1)B, (2)A Row 142: ; (2)B, (1)A; (1)A, (2)C; ; (1)B, (2)A Row 143: (1)A, (1)B, (1)A; (3)B; (2)B, (1)C; (3)B; (1)B, (2)A Row 144: ; (3)B; (1)B, (2)C; (3)B; Row 145: ; ; (2)B, (1)C; (3)B; Row 146: (1)B, (2)A; (1)A, (2)B; (2)B, (1)C; (3)B; Row 147: ; (3)B; (1)A, (2)C; (3)B; (3)B Row 148: (3)B; (1)B, (2)A; (1)B, (1)A, (1)C; ; (1)B, (2)A Row 149: ; ; (1)A, (2)C; ; Row 150: ; ; (2)A, (1)C; ; (1)A, (2)B Row 151: (2)A, (1)B; ; (3)C; ; Row 152: ; ; ; ; Row 153: (2)B, (1)A; ; (2)C, (1)A; ; Row 154: ; ; ; ; Row 155: ; ; (1)C, (2)A; ; Row 156: ; ; ; ; Row 157: ; ; ; ; Row 158: ; ; ; ; Row 159: ; ; (2)A, (1)C; ; (1)B, (2)A Row 160: ; (1)B, (2)A; ; Row 161: ; ; (2)A, (1)C; ; (1)A, (1)B, (1)A Row 162: ; (1)A, (1)B, (1)A; (2)A, (1)C; ; Row 163: ; ; (2)A, (1)C; ; (2)A, (1)B Row 164: (2)A, (1)B; (2)A, (1)B; (1)A, (2)C; ; Row 165: ; ; (2)A, (1)C; ; Row 166: ; (2)A, (1)B; (1)A, (2)C; ; Row 167: ; ; (2)B, (1)C; (1)A, (2)B; (1)A, (1)B, (1)A Row 168: ; (2)A, (1)B; (3)C; (3)B; (3)B Row 169: (1)A, (2)B; (3)B; (2)B, (1)C; (3)B; (3)B Row 170: ; (3)B; (3)C; (3)B; (3)B Row 171: ; (3)B; (2)B, (1)C; (3)B; (2)B, (1)A Row 172: (1)A, (1)B, (1)A; (1)A, (2)B; (3)C; ; Row 173: ; ; (2)A, (1)C; ; Row 174: (2)A, (1)B; (2)B, (1)A; (1)A, (2)C; ; Row 175: ; ; (2)A, (1)C; ; (2)A, (1)B Row 176: ; (1)B, (2)A; (1)A, (2)C; ; Row 177: ; ; (2)A, (1)C; ; (2)B, (1)A Row 178: ; ; (2)A, (1)C; ; Row 179: ; ; (2)A, (1)C; ; Row 180: ; ; ; ; Row 181: ; ; ; ; Row 182: ; ; ; ; 3) Whn th n is omplt, th ging: A nw thr to th work, n xit n n on on g. Pik up thr 150 s s, n sw own through th nxt g n up through th following on. Rpt this stith long th lngth of th n. Whn you rh th n, sw through to th othr g n rpt th mllishmnt. 4) Crt th lsp: At on n of th n, sw through th work to xit th own nrst th ntr of th n row, with th nl pointing towr th jnt own-. Pik up n A, n sw through th jnt up in th n row (figur, ). Pik up n A, n sw k through th A in th prvious stith ( ). Rpt this lst stith fiv tims to rt two- wi strip ( ). Pik up 12 As n th lsp utton, n sw through th n up- in th strip ( ). Rtr th thr pth fw tims to sur th utton, n n th thr. 5) Atth 12-in. (30 m) thr t th othr n of th n, n xit th st of thr n up-s t th ntr of th n, with your nl pointing towr th losst g. Pik up 28 As, n mk loop y swing through th ntr thr own-s n th following thr ntr up-s t th n of th n. 6) Sw through th first pik up in stp 5, n thn work 13 pyot stiths roun th loop you m in stp 5. Rtr th thr pth through th utton loop, n n th thr. B&B Josi Fr, uthor of Fst Pyot Stith Jwlry (vill from Klmh Books), hs n ing for mor thn 10 yrs. As full-tim sintist n mothr, sh still s vry hn sh gts. Hr signs r oftn inspir y photogrphs sh tks. Contt Josi t jpfr@frs.nt or josi.tsy.om. FIGURE Frury

11 ALL- SQUARED-UP EARRINGS sign y Dor Hooyr DIFFICULTY wving 2018 Klmh Pulishing Co. This mtril my not rprou in ny form without prmission from th pulishr. Frury

12 mtrils purpl rrings 1 in. (2.5 m) 16 6 mm two-hol ohon s (Czh, lstr mtlli violt) 1 g 3.8 mm O-s (mtt hlk whit zuro) 1 g 80 s s (Miyuki 410FR, mtt opqu muv AB) 1 g 110 s s (Toho PF554F, prmnnt finish lil mtt) 1 g 150 s s (Miyuki 1685, y smifrost opqu shl) 1 pir of rring finings Firlin, 6 l. tst, or ing thr, siz D ing nls, #12 2 pirs of hinnos, fltnos, n/or ntnos plirs rk ros rring olors 6 mm two-hol ohon s (Czh, lstr mtlli rk ros) 4 mm O-s (mtt hlk whit zuro) 80 s s (Toho Y617, pink mtlli su hyri) 110 s s (Toho PF552F, prmnnt finish ph orl mtt) 150 s s (Miyuki 2001, mtt mtlli gunmtl) Th two-hol ohon s hv two iffrnt sis. Th top is roun, n th k is flt. 1) On 1 y. (.9 m) of thr, pik up four 80 s s. Lving 6-in. (15 m) til, sw through th s gin, n ti thm into ring with squr knot (figur 1, ). Pik up n 80, n sw through th nxt 80 ( ). Rpt this stith thr tims ( ), n sw through th first 80 in this roun ( ). 2) Pik up n O-, two-hol ohon (with th top f up), n n O-. Skip n 80, n sw through th nxt 80 (figur 2, ). Rpt this stith thr tims ( ), rtr th thr pth (not shown in th figur for lrity), n sw through th nxt O- ( ). FIGURE 1 Us shimmry two-hol ohons n O-s to whip up pir of swt tlt-shp pstl rrings. FIGURE 2 3) Pik up four 150 s s, n sw through th opn hol of th nxt ohon (figur 3, ). Pik up four 150s, n sw through th nxt O- ( ). Pik up 150, n sw through th following O- ( ). Rpt ths stiths thr tims, n sw through th first four 150s ( ). 4) Pik up two 110 s s, n 80, n two 110s, n sw through th nxt two 150s (figur 4, ). Pik up n O-, ohon (ottom hol, with top fing up), n n O-, skip th nxt svn s, n sw through th nxt two 150s ( ). Rpt ths stiths thr tims, n sw through th nxt two 110s, 80, n two 110s ( ). 5) Pik up four 150s, n sw through th opn 6 mm two-hol ohon 4 mm O- 80 s 110 s 150 s qu rring olors 6 mm two-hol ohon s (Czh, lstr mtlli qu) 4 mm O-s (mtt hlk whit zuro) 80 s s (Miyuki 2002, mtt mtlli silvr gry) 110 s s (Toho PF563F, prmnnt finish orhi mtt) 150 s s (Toho 2608F, smi-glz lvnr) sis FtJwlry.om/sis squr knot ning thr opning n losing loops FIGURE 3 FIGURE 4 Frury

13 hol of th nxt ohon (figur 5, ). Pik up four 150s, n sw through th nxt two 110s, 80, n two 110s ( ). Rpt ths stiths thr tims, n sw through th nxt four 150s ( ). 6) Pik up two 110s, n 80, n two 110s, n sw through th nxt four 150s, two 110s, n 80, two 110s, n four 150s (figur 6, ). Rpt this stith two tims ( ). Rpt on mor, ut sw through only four 150s, two 110s, n n 80 ( ). 7) Pik up n 110, six 150s, n n 110, n sw through th 80 your thr xit t th strt of this stp to form hnging loop (figur 7). Rtr this thr pth, n n th working thr n til. 8) Opn th loop of n r wir, n tth it to th loop. 9) Mk son rring. B&B Dor Hooyr ws orn n ris in Srini, th son lrgst isln in th mil of th Mitrrnn S, n ln rih in history, ultur, n tritions. Sh hs lwys n involv in vrious rtisti isiplins n lovs trvling. S mor of Dor s work t rownofstons.tsy.om. Emil hr t rownofstons@outlook.it. FIGURE 5 FIGURE 6 FIGURE 7 Frury

14 RUFFLED REGALIA BRACELET sign y Mni Olniyi DIFFICULTY right-ngl wv / wving 2018 Klmh Pulishing Co. This mtril my not rprou in ny form without prmission from th pulishr. Frury

15 Crt this flirty, lyr rlt with DimonDuos n s s on s of right-ngl wv. Th two-hol DimonDuo s hv two istint sis: th top is ft, n th k is flt. Th figurs show whih hol to sw through, n in whih irtion, for h stith. tip Chk ll two-hol s to sur tht oth hols r unplugg. BASE 1) On omfortl lngth of thr, pik up olor A 80 s, olor B 80 s, n A, n B, lving 12-in. (30 m) til. Sw through th first thr s gin to form tight ring (figur 1, ). Rtr th thr pth through th ring to xit th son A (not shown in th figur for lrity). This is on rightngl wv (RAW) stith. 2) Pik up DimonDuo, n A, n B, n sw through th A your thr xit FIGURE 1 in th prvious stith. Continu through th DimonDuo n th nw A ( ). Rtr th thr pth, xiting th sm A (not shown in th figur for lrity). 3) Pik up B, n A, n B, n sw through th A your thr xit in th prvious stith. Continu through th first B n A in this stp ( ). Rtr th thr pth, xiting th sm A (not shown in th figur for lrity). 4) Ening n ing thr s n, rpt stps 2 3 to rh th sir lngth, n mk sur to n th rlt with stith ontining 80s only. A 7½-in. (19.1 m) rlt will n 41 RAW stiths. 5) Work son row of RAW, using only Bs for h stith (figur 2). 6) Work thir row to mirror th first row: work stith with n A, B, n n A (figur 3, ). Thn ltrnt stith using n A n FIGURE 2 mtrils purpl rlt in. (19.1 m) 61 8 x 5 mm DimonDuo s (pstl urguny) 80 s s 2 g olor A (Toho 766, mtt opqu pstl light lil) 5 g olor B (Toho 1076, gry mgnt lin) 3 g 110 s s (Toho PF553, glvniz pink lil) 1 2-strn tu lsp Firlin, 6 l. tst ing nls, #10 grn rlt olors 8 x 5 mm two-hol DimonDuo s (opqu luminous grn hlk) 80 s s, olor A (Miyuki 2028, opqu mtt pl sfom) olor B (Miyuki 4506, trnsprnt sfom Pisso) 110 s s (Miyuki 4516, opl rk tl Pisso) lu rlt olors 8 x 5 mm two-hol GmDuo s (klit ptrolum) 80 s s olor A (Miyuki 2028, opqu mtt pl sfom) olor B (Miyuki 401, opqu lk) 110 s s (Toho 1208, mrl opqu turquois lustr) sis FtJwlry.om/sis right-ngl wv ning n ing thr 8 x 5 mm DimonDuo 80 s, olor A 80 s, olor B 110 s FIGURE 3 Frury

16 2) Pik up thr 110s, n sw through th DimonDuo ( ) with stith using B n n A ( ) to th n of th row. Sw through th work until your thr is xiting th lst B of th thir row n is pointing towrs th jnt DimonDuo (figur 4, point ). opn hol of th nxt DimonDuo in row 3 ( ). Pik up thr 110s, n sw through th nxt B in row 3 ( ). 3) Rpt stps 1 2 for th lngth of th rlt, ning with stp 1. 4) Sw through th work to xit th n B on th othr g, with your nl pointing towr th jnt DimonDuo (figur 5). (Th n DimonDuo in th ntr row is not shown in figur 5 so th thr pth n shown mor lrly.) 5) Pik up two 110s, n sw through th opn hol of th jnt ntr-row DimonDuo (figur 6, ). Pik up two 110s, n sw through th B your thr xit t th strt of this stp ( ). 6) Pik up thr 110s, n sw through th opn hol of th nxt DimonDuo on this g ( ). EMBELLISHMENT 1) Pik up two 110 s s, DimonDuo, n two 110s, n sw through th B your thr xit t th ginning of this stp (figur 4, ). This DimonDuo shoul orint with th ft si up whn it is position ovr th ntr of th n. not Th tnsion you us whn ing th mllishmnt n mk ig iffrn in this projt. Th tightr your tnsion s you mllish, th mor th rlt will ruffl. Pik up thr 110s, n sw through th nxt B on this g ( ). 7) Rpt stps 5 6 for th rmining lngth. CLASP 1) Mth up th loops of th 2-strn tu lsp to th two As t on n of th rlt. Sw through th work until your thr is xiting on of th n As. Pik up n 110, loop of th lsp, n n 110, n sw through th n B (figur 7, ). Pik up n 110, th othr loop of th lsp, n n 110, n sw through th othr n A ( ). Rtr th thr pth through th lsp onntion oupl of tims, n n th thr. 2) Using th til, rpt stp 1 on th othr n of th rlt. FIGURE 4 FIGURE 5 FIGURE 6 FIGURE 7 Frury

17 SINGLE-STRAND CLASP OPTION 1) Sw through th work until your thr is xiting n A t on n of th rlt. Pik up four Bs, n sw through hlf of th lsp (figur 8, ). Sw k through th lst B pik up, pik up thr Bs, n sw through th nxt n A ( ). Rtr th thr pth svrl tims, n n th thr. 2) Rpt stp 1 on th othr n of th rlt with th til. B&B Mni Olniyi is signr who liks to xprimnt with stiths y rking th ruls. Bs in Columus, Ohio, hr fvorit stith is hrringon. Sh urrntly works t hr lol stor, 1 Stop B Shop. Visit wovnrms.tsy.om, or mil hr t wovnrms@gmil.om. FIGURE 8 Frury

Nefertiti. Echoes of. Regal components evoke visions of the past MULTIPLE STITCHES. designed by Helena Tang-Lim

Nefertiti. Echoes of. Regal components evoke visions of the past MULTIPLE STITCHES. designed by Helena Tang-Lim MULTIPLE STITCHES Nrtiti Ehos o Rgl omponnts vok visions o th pst sign y Hln Tng-Lim Us vrity o stiths to rt this rgl yt wrl sign. Prt sping llows squr s to mk roun omponnts tht rp utiully. FCT-SC-030617-07

More information

DUET WITH DIAMONDS COLOR SHIFTING BRACELET By Leslie Rogalski

DUET WITH DIAMONDS COLOR SHIFTING BRACELET By Leslie Rogalski Dut with Dimons Brlt DUET WITH DIAMONDS COLOR SHIFTING BRACELET By Lsli Roglski Photo y Anrw Wirth Supruo DUETS TM from BSmith rt olor shifting fft tht mks your work tk on lif of its own s you mov! This

More information

extra More precious than diamonds Diamonds & daggers bracelet p.3 Baroque diamonds earrings p.6 Underwater beaded box p.8

extra More precious than diamonds Diamonds & daggers bracelet p.3 Baroque diamonds earrings p.6 Underwater beaded box p.8 p. 26 BB xtr SUBSCRIBER EXCLUSIVE AUGUST 2018 8 Grt summr rlts Stith n mix stkls p. 30 >> Mosi loomwork wrps p. 46 Sunny sunflowrs p. 56 B roht ntips p. 38 AND MORE! REBEL NELL: Empowring womn through

More information

extra GIVE YOURSELF THE GIFT OF BEADING! Make a stunning passion flower necklace and earring set

extra GIVE YOURSELF THE GIFT OF BEADING! Make a stunning passion flower necklace and earring set BB xtr SUBSCRIBER EXCLUSIVE DECEMBER 2017 GIVE YOURSELF THE GIFT OF BEADING! Mk stunning pssion lowr nkl n rring st BUILD YOUR SKILLS WITH 14 TECHNIQUES p. 39 BONUS! Quik-n-sy holiy projts 30 + signs to

More information

Contents. Basics Introduction... 4 Herringbone Stitch Basics... 5

Contents. Basics Introduction... 4 Herringbone Stitch Basics... 5 Klmh Books 21027 Crossros Cirl Wuksh, Wisonsin 53186 www.klmh.om/books Contnts 2012 Klmh Books All rights rsrv. Expt for rif xrpts for rviw, this ook my not rprou in prt or in whol y ltroni mns or othrwis

More information

RAW / PEYOTE STITCH / BRICK STITCH / HERRINGBONE

RAW / PEYOTE STITCH / BRICK STITCH / HERRINGBONE RAW / PEYOTE STITCH / BRICK STITCH / HERRINGBONE Sur vorit, oin, or utton with prottiv ron work in our stithin thniqus. FCT-SC-040317_02 sin y Niol Spiknrithr 2016 Klmh Pulishin Co. This mtril my not rprou

More information

d e c b a d c b a d e c b a a c a d c c e b

d e c b a d c b a d e c b a a c a d c c e b FLAT PEYOTE STITCH Bin y mkin stoppr -- sw trou n pull it lon t tr until it is out 6 rom t n. Sw trou t in witout splittin t tr. You soul l to sli it up n own t tr ut it will sty in pl wn lt lon. Evn-Count

More information

Paths. Connectivity. Euler and Hamilton Paths. Planar graphs.

Paths. Connectivity. Euler and Hamilton Paths. Planar graphs. Pths.. Eulr n Hmilton Pths.. Pth D. A pth rom s to t is squn o gs {x 0, x 1 }, {x 1, x 2 },... {x n 1, x n }, whr x 0 = s, n x n = t. D. Th lngth o pth is th numr o gs in it. {, } {, } {, } {, } {, } {,

More information

a b c cat CAT A B C Aa Bb Cc cat cat Lesson 1 (Part 1) Verbal lesson: Capital Letters Make The Same Sound Lesson 1 (Part 1) continued...

a b c cat CAT A B C Aa Bb Cc cat cat Lesson 1 (Part 1) Verbal lesson: Capital Letters Make The Same Sound Lesson 1 (Part 1) continued... Progrssiv Printing T.M. CPITLS g 4½+ Th sy, fun (n FR!) wy to tch cpitl lttrs. ook : C o - For Kinrgrtn or First Gr (not for pr-school). - Tchs tht cpitl lttrs mk th sm souns s th littl lttrs. - Tchs th

More information

# 1 ' 10 ' 100. Decimal point = 4 hundred. = 6 tens (or sixty) = 5 ones (or five) = 2 tenths. = 7 hundredths.

# 1 ' 10 ' 100. Decimal point = 4 hundred. = 6 tens (or sixty) = 5 ones (or five) = 2 tenths. = 7 hundredths. How os it work? Pl vlu o imls rprsnt prts o whol numr or ojt # 0 000 Tns o thousns # 000 # 00 Thousns Hunrs Tns Ons # 0 Diml point st iml pl: ' 0 # 0 on tnth n iml pl: ' 0 # 00 on hunrth r iml pl: ' 0

More information

CSC Design and Analysis of Algorithms. Example: Change-Making Problem

CSC Design and Analysis of Algorithms. Example: Change-Making Problem CSC 801- Dsign n Anlysis of Algorithms Ltur 11 Gry Thniqu Exmpl: Chng-Mking Prolm Givn unlimit mounts of oins of nomintions 1 > > m, giv hng for mount n with th lst numr of oins Exmpl: 1 = 25, 2 =10, =

More information

What do you know? Listen and find. Listen and circle. Listen and chant. Listen and say. Lesson 1. sheep. horse

What do you know? Listen and find. Listen and circle. Listen and chant. Listen and say. Lesson 1. sheep. horse Animls shp T h i nk Wht o you know? 2 2:29 Listn n fin. hors Wht s this? Wht s this? It s got ig nos. It s ig n gry. It s hors! YES! 2 Wht r ths? Wht r ths? Thy v got two lgs. Thy r smll n rown. Thy r

More information

Using the Printable Sticker Function. Using the Edit Screen. Computer. Tablet. ScanNCutCanvas

Using the Printable Sticker Function. Using the Edit Screen. Computer. Tablet. ScanNCutCanvas SnNCutCnvs Using th Printl Stikr Funtion On-o--kin stikrs n sily rt y using your inkjt printr n th Dirt Cut untion o th SnNCut mhin. For inormtion on si oprtions o th SnNCutCnvs, rr to th Hlp. To viw th

More information

CSE 373: More on graphs; DFS and BFS. Michael Lee Wednesday, Feb 14, 2018

CSE 373: More on graphs; DFS and BFS. Michael Lee Wednesday, Feb 14, 2018 CSE 373: Mor on grphs; DFS n BFS Mihl L Wnsy, F 14, 2018 1 Wrmup Wrmup: Disuss with your nighor: Rmin your nighor: wht is simpl grph? Suppos w hv simpl, irt grph with x nos. Wht is th mximum numr of gs

More information

EE1000 Project 4 Digital Volt Meter

EE1000 Project 4 Digital Volt Meter Ovrviw EE1000 Projt 4 Diitl Volt Mtr In this projt, w mk vi tht n msur volts in th rn o 0 to 4 Volts with on iit o ury. Th input is n nlo volt n th output is sinl 7-smnt iit tht tlls us wht tht input s

More information

Divided. diamonds. Mimic the look of facets in a bracelet that s deceptively deep RIGHT-ANGLE WEAVE. designed by Peggy Brinkman Matteliano

Divided. diamonds. Mimic the look of facets in a bracelet that s deceptively deep RIGHT-ANGLE WEAVE. designed by Peggy Brinkman Matteliano RIGHT-ANGLE WEAVE Dv mons Mm t look o ts n rlt tt s ptvly p sn y Py Brnkmn Mttlno Dv your mons nto trnls o two or our olors. FCT-SCON0216_BNB66 2012 Klm Pulsn Co. Ts mtrl my not rprou n ny orm wtout prmsson

More information

Contents. Introduction Tools & Materials Basics Stitching... 20

Contents. Introduction Tools & Materials Basics Stitching... 20 Introution... 8 Tools & Mtrils... 9 Bsis...12 Stithing... 20 Dimnsionl imons... 22 Stith imon shps into pyot pttrn to rt txtur u 22 Wv ring... 24 Put ing ltovrs to us in ths lightul rings Rivr o light...

More information

12/3/12. Outline. Part 10. Graphs. Circuits. Euler paths/circuits. Euler s bridge problem (Bridges of Konigsberg Problem)

12/3/12. Outline. Part 10. Graphs. Circuits. Euler paths/circuits. Euler s bridge problem (Bridges of Konigsberg Problem) 12/3/12 Outlin Prt 10. Grphs CS 200 Algorithms n Dt Struturs Introution Trminology Implmnting Grphs Grph Trvrsls Topologil Sorting Shortst Pths Spnning Trs Minimum Spnning Trs Ciruits 1 Ciruits Cyl 2 Eulr

More information

Designing A Concrete Arch Bridge

Designing A Concrete Arch Bridge This is th mous Shwnh ri in Switzrln, sin y Rort Millrt in 1933. It spns 37.4 mtrs (122 t) n ws sin usin th sm rphil mths tht will monstrt in this lsson. To pro with this lsson, lik on th Nxt utton hr

More information

5/9/13. Part 10. Graphs. Outline. Circuits. Introduction Terminology Implementing Graphs

5/9/13. Part 10. Graphs. Outline. Circuits. Introduction Terminology Implementing Graphs Prt 10. Grphs CS 200 Algorithms n Dt Struturs 1 Introution Trminology Implmnting Grphs Outlin Grph Trvrsls Topologil Sorting Shortst Pths Spnning Trs Minimum Spnning Trs Ciruits 2 Ciruits Cyl A spil yl

More information

1 Introduction to Modulo 7 Arithmetic

1 Introduction to Modulo 7 Arithmetic 1 Introution to Moulo 7 Arithmti Bor w try our hn t solvin som hr Moulr KnKns, lt s tk los look t on moulr rithmti, mo 7 rithmti. You ll s in this sminr tht rithmti moulo prim is quit irnt rom th ons w

More information

Present state Next state Q + M N

Present state Next state Q + M N Qustion 1. An M-N lip-lop works s ollows: I MN=00, th nxt stt o th lip lop is 0. I MN=01, th nxt stt o th lip-lop is th sm s th prsnt stt I MN=10, th nxt stt o th lip-lop is th omplmnt o th prsnt stt I

More information

Graphs. CSC 1300 Discrete Structures Villanova University. Villanova CSC Dr Papalaskari

Graphs. CSC 1300 Discrete Structures Villanova University. Villanova CSC Dr Papalaskari Grphs CSC 1300 Disrt Struturs Villnov Univrsity Grphs Grphs r isrt struturs onsis?ng of vr?s n gs tht onnt ths vr?s. Grphs n us to mol: omputr systms/ntworks mthm?l rl?ons logi iruit lyout jos/prosss f

More information

ECE COMBINATIONAL BUILDING BLOCKS - INVEST 13 DECODERS AND ENCODERS

ECE COMBINATIONAL BUILDING BLOCKS - INVEST 13 DECODERS AND ENCODERS C 24 - COMBINATIONAL BUILDING BLOCKS - INVST 3 DCODS AND NCODS FALL 23 AP FLZ To o "wll" on this invstition you must not only t th riht nswrs ut must lso o nt, omplt n onis writups tht mk ovious wht h

More information

Contents. Introduction... 8 Tools & Materials... 9 Basics SINGLE-STITCH PROJECTS

Contents. Introduction... 8 Tools & Materials... 9 Basics SINGLE-STITCH PROJECTS Contnts Introution... 8 Tools & Mtrils... 9 Bsis... 13 22 SINGLE-STITCH PROJECTS Crsnt rostts nkl... 22 This uniqu stith using rsnt n s s rts nkl o tiny rostt shps. Aoring rh rlt n pnnt... 24 Dtil omponnts

More information

Graphs. Graphs. Graphs: Basic Terminology. Directed Graphs. Dr Papalaskari 1

Graphs. Graphs. Graphs: Basic Terminology. Directed Graphs. Dr Papalaskari 1 CSC 00 Disrt Struturs : Introuon to Grph Thory Grphs Grphs CSC 00 Disrt Struturs Villnov Univrsity Grphs r isrt struturs onsisng o vrs n gs tht onnt ths vrs. Grphs n us to mol: omputr systms/ntworks mthml

More information

COMP108 Algorithmic Foundations

COMP108 Algorithmic Foundations Grdy mthods Prudn Wong http://www.s.liv..uk/~pwong/thing/omp108/01617 Coin Chng Prolm Suppos w hv 3 typs of oins 10p 0p 50p Minimum numr of oins to mk 0.8, 1.0, 1.? Grdy mthod Lrning outoms Undrstnd wht

More information

More Foundations. Undirected Graphs. Degree. A Theorem. Graphs, Products, & Relations

More Foundations. Undirected Graphs. Degree. A Theorem. Graphs, Products, & Relations Mr Funtins Grphs, Pruts, & Rltins Unirt Grphs An unirt grph is pir f 1. A st f ns 2. A st f gs (whr n g is st f tw ns*) Friy, Sptmr 2, 2011 Ring: Sipsr 0.2 ginning f 0.4; Stughtn 1.1.5 ({,,,,}, {{,}, {,},

More information

V={A,B,C,D,E} E={ (A,D),(A,E),(B,D), (B,E),(C,D),(C,E)}

V={A,B,C,D,E} E={ (A,D),(A,E),(B,D), (B,E),(C,D),(C,E)} Introution Computr Sin & Enginring 423/823 Dsign n Anlysis of Algorithms Ltur 03 Elmntry Grph Algorithms (Chptr 22) Stphn Sott (Apt from Vinohnrn N. Vriym) I Grphs r strt t typs tht r pplil to numrous

More information

An undirected graph G = (V, E) V a set of vertices E a set of unordered edges (v,w) where v, w in V

An undirected graph G = (V, E) V a set of vertices E a set of unordered edges (v,w) where v, w in V Unirt Grphs An unirt grph G = (V, E) V st o vrtis E st o unorr gs (v,w) whr v, w in V USE: to mol symmtri rltionships twn ntitis vrtis v n w r jnt i thr is n g (v,w) [or (w,v)] th g (v,w) is inint upon

More information

Page 1. Question 19.1b Electric Charge II Question 19.2a Conductors I. ConcepTest Clicker Questions Chapter 19. Physics, 4 th Edition James S.

Page 1. Question 19.1b Electric Charge II Question 19.2a Conductors I. ConcepTest Clicker Questions Chapter 19. Physics, 4 th Edition James S. ConTst Clikr ustions Chtr 19 Physis, 4 th Eition Jms S. Wlkr ustion 19.1 Two hrg blls r rlling h othr s thy hng from th iling. Wht n you sy bout thir hrgs? Eltri Chrg I on is ositiv, th othr is ngtiv both

More information

V={A,B,C,D,E} E={ (A,D),(A,E),(B,D), (B,E),(C,D),(C,E)}

V={A,B,C,D,E} E={ (A,D),(A,E),(B,D), (B,E),(C,D),(C,E)} s s of s Computr Sin & Enginring 423/823 Dsign n Anlysis of Ltur 03 (Chptr 22) Stphn Sott (Apt from Vinohnrn N. Vriym) s of s s r strt t typs tht r pplil to numrous prolms Cn ptur ntitis, rltionships twn

More information

Seven-Segment Display Driver

Seven-Segment Display Driver 7-Smnt Disply Drivr, Ron s in 7-Smnt Disply Drivr, Ron s in Prolm 62. 00 0 0 00 0000 000 00 000 0 000 00 0 00 00 0 0 0 000 00 0 00 BCD Diits in inry Dsin Drivr Loi 4 inputs, 7 outputs 7 mps, h with 6 on

More information

Garnir Polynomial and their Properties

Garnir Polynomial and their Properties Univrsity of Cliforni, Dvis Dprtmnt of Mthmtis Grnir Polynomil n thir Proprtis Author: Yu Wng Suprvisor: Prof. Gorsky Eugny My 8, 07 Grnir Polynomil n thir Proprtis Yu Wng mil: uywng@uvis.u. In this ppr,

More information

Module graph.py. 1 Introduction. 2 Graph basics. 3 Module graph.py. 3.1 Objects. CS 231 Naomi Nishimura

Module graph.py. 1 Introduction. 2 Graph basics. 3 Module graph.py. 3.1 Objects. CS 231 Naomi Nishimura Moul grph.py CS 231 Nomi Nishimur 1 Introution Just lik th Python list n th Python itionry provi wys of storing, ssing, n moifying t, grph n viw s wy of storing, ssing, n moifying t. Bus Python os not

More information

b. How many ternary words of length 23 with eight 0 s, nine 1 s and six 2 s?

b. How many ternary words of length 23 with eight 0 s, nine 1 s and six 2 s? MATH 3012 Finl Exm, My 4, 2006, WTT Stunt Nm n ID Numr 1. All our prts o this prolm r onrn with trnry strings o lngth n, i.., wors o lngth n with lttrs rom th lpht {0, 1, 2}.. How mny trnry wors o lngth

More information

Math 61 : Discrete Structures Final Exam Instructor: Ciprian Manolescu. You have 180 minutes.

Math 61 : Discrete Structures Final Exam Instructor: Ciprian Manolescu. You have 180 minutes. Nm: UCA ID Numr: Stion lttr: th 61 : Disrt Struturs Finl Exm Instrutor: Ciprin nolsu You hv 180 minuts. No ooks, nots or lultors r llow. Do not us your own srth ppr. 1. (2 points h) Tru/Fls: Cirl th right

More information

CS September 2018

CS September 2018 Loil los Distriut Systms 06. Loil los Assin squn numrs to msss All ooprtin prosss n r on orr o vnts vs. physil los: rport tim o y Assum no ntrl tim sour Eh systm mintins its own lol lo No totl orrin o

More information

(2) If we multiplied a row of B by λ, then the value is also multiplied by λ(here lambda could be 0). namely

(2) If we multiplied a row of B by λ, then the value is also multiplied by λ(here lambda could be 0). namely . DETERMINANT.. Dtrminnt. Introution:I you think row vtor o mtrix s oorint o vtors in sp, thn th gomtri mning o th rnk o th mtrix is th imnsion o th prlllppi spnn y thm. But w r not only r out th imnsion,

More information

FINE JEWELRY & DESIGN STUDIO. 63 Haywood Street in Downtown Asheville North Carolina

FINE JEWELRY & DESIGN STUDIO. 63 Haywood Street in Downtown Asheville North Carolina FINE JEWELRY & DESIGN STUDIO 63 Hywoo Strt in Downtown Ashvill North Crolin 828.254.5088 www.jwlsthtn.om g i h. 14kw imon (0.21 tw) n $750. 14kw imon (0.46 tw) n $1,350. 14kw imon n spphir trrop rrings

More information

0.1. Exercise 1: the distances between four points in a graph

0.1. Exercise 1: the distances between four points in a graph Mth 707 Spring 2017 (Drij Grinrg): mitrm 3 pg 1 Mth 707 Spring 2017 (Drij Grinrg): mitrm 3 u: W, 3 My 2017, in lss or y mil (grinr@umn.u) or lss S th wsit or rlvnt mtril. Rsults provn in th nots, or in

More information

Section 3: Antiderivatives of Formulas

Section 3: Antiderivatives of Formulas Chptr Th Intgrl Appli Clculus 96 Sction : Antirivtivs of Formuls Now w cn put th is of rs n ntirivtivs togthr to gt wy of vluting finit intgrls tht is ct n oftn sy. To vlut finit intgrl f(t) t, w cn fin

More information

Outline. Circuits. Euler paths/circuits 4/25/12. Part 10. Graphs. Euler s bridge problem (Bridges of Konigsberg Problem)

Outline. Circuits. Euler paths/circuits 4/25/12. Part 10. Graphs. Euler s bridge problem (Bridges of Konigsberg Problem) 4/25/12 Outlin Prt 10. Grphs CS 200 Algorithms n Dt Struturs Introution Trminology Implmnting Grphs Grph Trvrsls Topologil Sorting Shortst Pths Spnning Trs Minimum Spnning Trs Ciruits 1 2 Eulr s rig prolm

More information

QUESTIONS BEGIN HERE!

QUESTIONS BEGIN HERE! Points miss: Stunt's Nm: Totl sor: /100 points Est Tnnss Stt Univrsity Dprtmnt o Computr n Inormtion Sins CSCI 2710 (Trno) Disrt Struturs TEST or Sprin Smstr, 2005 R this or strtin! This tst is los ook

More information

CSE 373. Graphs 1: Concepts, Depth/Breadth-First Search reading: Weiss Ch. 9. slides created by Marty Stepp

CSE 373. Graphs 1: Concepts, Depth/Breadth-First Search reading: Weiss Ch. 9. slides created by Marty Stepp CSE 373 Grphs 1: Conpts, Dpth/Brth-First Srh ring: Wiss Ch. 9 slis rt y Mrty Stpp http://www.s.wshington.u/373/ Univrsity o Wshington, ll rights rsrv. 1 Wht is grph? 56 Tokyo Sttl Soul 128 16 30 181 140

More information

COMPLEXITY OF COUNTING PLANAR TILINGS BY TWO BARS

COMPLEXITY OF COUNTING PLANAR TILINGS BY TWO BARS OMPLXITY O OUNTING PLNR TILINGS Y TWO RS KYL MYR strt. W show tht th prolm o trmining th numr o wys o tiling plnr igur with horizontl n vrtil r is #P-omplt. W uil o o th rsults o uquir, Nivt, Rmil, n Roson

More information

Outline. 1 Introduction. 2 Min-Cost Spanning Trees. 4 Example

Outline. 1 Introduction. 2 Min-Cost Spanning Trees. 4 Example Outlin Computr Sin 33 Computtion o Minimum-Cost Spnnin Trs Prim's Alorithm Introution Mik Joson Dprtmnt o Computr Sin Univrsity o Clry Ltur #33 3 Alorithm Gnrl Constrution Mik Joson (Univrsity o Clry)

More information

Solutions for HW11. Exercise 34. (a) Use the recurrence relation t(g) = t(g e) + t(g/e) to count the number of spanning trees of v 1

Solutions for HW11. Exercise 34. (a) Use the recurrence relation t(g) = t(g e) + t(g/e) to count the number of spanning trees of v 1 Solutions for HW Exris. () Us th rurrn rltion t(g) = t(g ) + t(g/) to ount th numr of spnning trs of v v v u u u Rmmr to kp multipl gs!! First rrw G so tht non of th gs ross: v u v Rursing on = (v, u ):

More information

A Simple Code Generator. Code generation Algorithm. Register and Address Descriptors. Example 3/31/2008. Code Generation

A Simple Code Generator. Code generation Algorithm. Register and Address Descriptors. Example 3/31/2008. Code Generation A Simpl Co Gnrtor Co Gnrtion Chptr 8 II Gnrt o for singl si lok How to us rgistrs? In most mhin rhitturs, som or ll of th oprnsmust in rgistrs Rgistrs mk goo tmporris Hol vlus tht r omput in on si lok

More information

Polygons POLYGONS.

Polygons POLYGONS. Polgons PLYGNS www.mthltis.o.uk ow os it work? Solutions Polgons Pg qustions Polgons Polgon Not polgon Polgon Not polgon Polgon Not polgon Polgon Not polgon f g h Polgon Not polgon Polgon Not polgon Polgon

More information

Aquauno Video 6 Plus Page 1

Aquauno Video 6 Plus Page 1 Connt th timr to th tp. Aquuno Vio 6 Plus Pg 1 Usr mnul 3 lik! For Aquuno Vio 6 (p/n): 8456 For Aquuno Vio 6 Plus (p/n): 8413 Opn th timr unit y prssing th two uttons on th sis, n fit 9V lklin ttry. Whn

More information

Graph Isomorphism. Graphs - II. Cayley s Formula. Planar Graphs. Outline. Is K 5 planar? The number of labeled trees on n nodes is n n-2

Graph Isomorphism. Graphs - II. Cayley s Formula. Planar Graphs. Outline. Is K 5 planar? The number of labeled trees on n nodes is n n-2 Grt Thortil Is In Computr Sin Vitor Amhik CS 15-251 Ltur 9 Grphs - II Crngi Mllon Univrsity Grph Isomorphism finition. Two simpl grphs G n H r isomorphi G H if thr is vrtx ijtion V H ->V G tht prsrvs jny

More information

Why the Junction Tree Algorithm? The Junction Tree Algorithm. Clique Potential Representation. Overview. Chris Williams 1.

Why the Junction Tree Algorithm? The Junction Tree Algorithm. Clique Potential Representation. Overview. Chris Williams 1. Why th Juntion Tr lgorithm? Th Juntion Tr lgorithm hris Willims 1 Shool of Informtis, Univrsity of Einurgh Otor 2009 Th JT is gnrl-purpos lgorithm for omputing (onitionl) mrginls on grphs. It os this y

More information

12. Traffic engineering

12. Traffic engineering lt2.ppt S-38. Introution to Tltrffi Thory Spring 200 2 Topology Pths A tlommunition ntwork onsists of nos n links Lt N not th st of nos in with n Lt J not th st of nos in with j N = {,,,,} J = {,2,3,,2}

More information

Compression. Compression. Compression. This part of the course... Ifi, UiO Norsk Regnesentral Vårsemester 2005 Wolfgang Leister

Compression. Compression. Compression. This part of the course... Ifi, UiO Norsk Regnesentral Vårsemester 2005 Wolfgang Leister Kurs INF5080 Ifi, UiO Norsk Rgnsntrl Vårsmstr 2005 Wolfgng Listr This prt of th ours...... is hl t Ifi, UiO... (Wolfgng Listr) n t ontins mtril from Univrsity Collg Krlsruh (Ptr Ol, Clmns Knorzr) Informtion

More information

Integration Continued. Integration by Parts Solving Definite Integrals: Area Under a Curve Improper Integrals

Integration Continued. Integration by Parts Solving Definite Integrals: Area Under a Curve Improper Integrals Intgrtion Continud Intgrtion y Prts Solving Dinit Intgrls: Ar Undr Curv Impropr Intgrls Intgrtion y Prts Prticulrly usul whn you r trying to tk th intgrl o som unction tht is th product o n lgric prssion

More information

WORKSHOP 6 BRIDGE TRUSS

WORKSHOP 6 BRIDGE TRUSS WORKSHOP 6 BRIDGE TRUSS WS6-2 Workshop Ojtivs Lrn to msh lin gomtry to gnrt CBAR lmnts Bom fmilir with stting up th CBAR orinttion vtor n stion proprtis Lrn to st up multipl lo ss Lrn to viw th iffrnt

More information

Math 166 Week in Review 2 Sections 1.1b, 1.2, 1.3, & 1.4

Math 166 Week in Review 2 Sections 1.1b, 1.2, 1.3, & 1.4 Mt 166 WIR, Sprin 2012, Bnjmin urisp Mt 166 Wk in Rviw 2 Stions 1.1, 1.2, 1.3, & 1.4 1. S t pproprit rions in Vnn irm tt orrspon to o t ollowin sts. () (B ) B () ( ) B B () (B ) B 1 Mt 166 WIR, Sprin 2012,

More information

6202R. between SKY and GROUND. Statement sidewalk

6202R. between SKY and GROUND. Statement sidewalk twn SKY n GROUND Sttmnt siwlk wlkwy onnting rivrsi puli zons grnlin Lirris n musums in our tim r not only rsrv rtifts n ooks ut offr iffrnt vnts to visitors, host utionl n ivi progrms, nsur flxil sps for

More information

CS200: Graphs. Graphs. Directed Graphs. Graphs/Networks Around Us. What can this represent? Sometimes we want to represent directionality:

CS200: Graphs. Graphs. Directed Graphs. Graphs/Networks Around Us. What can this represent? Sometimes we want to represent directionality: CS2: Grphs Prihr Ch. 4 Rosn Ch. Grphs A olltion of nos n gs Wht n this rprsnt? n A omputr ntwork n Astrtion of mp n Soil ntwork CS2 - Hsh Tls 2 Dirt Grphs Grphs/Ntworks Aroun Us A olltion of nos n irt

More information

DETAIL B DETAIL A 7 8 APPLY PRODUCT ID LABEL SB838XXXX ADJ FOUR POST RACK SQUARE HOLE RAIL B REVISION

DETAIL B DETAIL A 7 8 APPLY PRODUCT ID LABEL SB838XXXX ADJ FOUR POST RACK SQUARE HOLE RAIL B REVISION RVISION RV SRIPTION Y T HNG NO NOT OR PROUT LL JJH // LR TIL PPLY PROUT I LL TIL INSI UPPR ROSS MMR ON PR RK IS J OUR POST RK SQUR HOL RIL IS MN MS G NUT, PNL RNG 99 PPLY PROUT I LL INSI UPPR ROSS MMR

More information

Introduction... 8 Tools & Materials... 9 Basics SINGLE-STITCH PROJECTS... 20

Introduction... 8 Tools & Materials... 9 Basics SINGLE-STITCH PROJECTS... 20 Introution... 8 Tools & Mtrils... 9 Bsis... 13 SINGLE-STITCH PROJECTS... 20 Fir flowr... 22 Crt sprkling ntrpi with livly lyrs of lit pyot ptls Bll s prls... 26 Th Bll Époqu of th lt 19th ntury mts th

More information

CS61B Lecture #33. Administrivia: Autograder will run this evening. Today s Readings: Graph Structures: DSIJ, Chapter 12

CS61B Lecture #33. Administrivia: Autograder will run this evening. Today s Readings: Graph Structures: DSIJ, Chapter 12 Aministrivi: CS61B Ltur #33 Autogrr will run this vning. Toy s Rings: Grph Struturs: DSIJ, Chptr 12 Lst moifi: W Nov 8 00:39:28 2017 CS61B: Ltur #33 1 Why Grphs? For xprssing non-hirrhilly rlt itms Exmpls:

More information

Amphenol Canada Corp.

Amphenol Canada Corp. HT SINK OPTION = PIN STYL HT SINK (NIKL PLT) N LIP (H=.mm; SN HIGHT) = PIN STYL HT SINK (NIKL PLT) N LIP (H=.mm; PI HIGHT) = PIN STYL HT SINK (NIKL PLT) N LIP (H=.mm; TLL) = PIN-FIN HT SINK (NOIZ, LK)N

More information

Cycles and Simple Cycles. Paths and Simple Paths. Trees. Problem: There is No Completely Standard Terminology!

Cycles and Simple Cycles. Paths and Simple Paths. Trees. Problem: There is No Completely Standard Terminology! Outlin Computr Sin 331, Spnnin, n Surphs Mik Joson Dprtmnt o Computr Sin Univrsity o Clry Ltur #30 1 Introution 2 3 Dinition 4 Spnnin 5 6 Mik Joson (Univrsity o Clry) Computr Sin 331 Ltur #30 1 / 20 Mik

More information

In order to learn which questions have been answered correctly: 1. Print these pages. 2. Answer the questions.

In order to learn which questions have been answered correctly: 1. Print these pages. 2. Answer the questions. Crystl Rports for Visul Stuio.NET In orr to lrn whih qustions hv n nswr orrtly: 1. Print ths pgs. 2. Answr th qustions. 3. Sn this ssssmnt with th nswrs vi:. FAX to (212) 967-3498. Or. Mil th nswrs to

More information

Section 10.4 Connectivity (up to paths and isomorphism, not including)

Section 10.4 Connectivity (up to paths and isomorphism, not including) Toy w will isuss two stions: Stion 10.3 Rprsnting Grphs n Grph Isomorphism Stion 10.4 Conntivity (up to pths n isomorphism, not inluing) 1 10.3 Rprsnting Grphs n Grph Isomorphism Whn w r working on n lgorithm

More information

5/1/2018. Huffman Coding Trees. Huffman Coding Trees. Huffman Coding Trees. Huffman Coding Trees. Huffman Coding Trees. Huffman Coding Trees

5/1/2018. Huffman Coding Trees. Huffman Coding Trees. Huffman Coding Trees. Huffman Coding Trees. Huffman Coding Trees. Huffman Coding Trees /1/018 W usully no strns y ssnn -lnt os to ll rtrs n t lpt (or mpl, 8-t on n ASCII). Howvr, rnt rtrs our wt rnt rquns, w n sv mmory n ru trnsmttl tm y usn vrl-lnt non. T s to ssn sortr os to rtrs tt our

More information

SEE PAGE 2 FOR BRUSH MOTOR WIRING SEE PAGE 3 FOR MANUFACTURER SPECIFIC BLDC MOTOR WIRING EXAMPLES EZ SERVO EZSV17 WIRING DIAGRAM FOR BLDC MOTOR

SEE PAGE 2 FOR BRUSH MOTOR WIRING SEE PAGE 3 FOR MANUFACTURER SPECIFIC BLDC MOTOR WIRING EXAMPLES EZ SERVO EZSV17 WIRING DIAGRAM FOR BLDC MOTOR 0V TO 0V SUPPLY GROUN +0V TO +0V RS85 ONVRTR 9 TO OM PORT ON P TO P OM PORT US 9600 U 8IT, NO PRITY, STOP, NO FLOW TRL. OPTO SNSOR # GROUN +0V TO +0V GROUN RS85 RS85 OPTO SNSOR # PHOTO TRNSISTOR TO OTHR

More information

Multipoint Alternate Marking method for passive and hybrid performance monitoring

Multipoint Alternate Marking method for passive and hybrid performance monitoring Multipoint Altrnt Mrkin mtho or pssiv n hyri prormn monitorin rt-iool-ippm-multipoint-lt-mrk-00 Pru, Jul 2017, IETF 99 Giuspp Fiool (Tlom Itli) Muro Coilio (Tlom Itli) Amo Spio (Politnio i Torino) Riro

More information

EXAMPLE 87.5" APPROVAL SHEET APPROVED BY /150HP DUAL VFD CONTROL ASSEMBLY CUSTOMER NAME: CAL POLY SLO FINISH: F 20

EXAMPLE 87.5 APPROVAL SHEET APPROVED BY /150HP DUAL VFD CONTROL ASSEMBLY CUSTOMER NAME: CAL POLY SLO FINISH: F 20 XMPL XMPL RVISIONS ZON RV. SRIPTION T PPROV 0.00 THIS IS N PPROVL RWING OR YOUR ORR. OR MNUTURING N GIN, THIS RWING MUST SIGN N RTURN TO MOTION INUSTRIS. NY HNGS M TO THIS RWING, TR MNUTURING HS GUN WILL

More information

CSE 373: AVL trees. Warmup: Warmup. Interlude: Exploring the balance invariant. AVL Trees: Invariants. AVL tree invariants review

CSE 373: AVL trees. Warmup: Warmup. Interlude: Exploring the balance invariant. AVL Trees: Invariants. AVL tree invariants review rmup CSE 7: AVL trs rmup: ht is n invrint? Mihl L Friy, Jn 9, 0 ht r th AVL tr invrints, xtly? Disuss with your nighor. AVL Trs: Invrints Intrlu: Exploring th ln invrint Cor i: xtr invrint to BSTs tht

More information

Tangram Fractions Overview: Students will analyze standard and nonstandard

Tangram Fractions Overview: Students will analyze standard and nonstandard ACTIVITY 1 Mtrils: Stunt opis o tnrm mstrs trnsprnis o tnrm mstrs sissors PROCEDURE Skills: Dsriin n nmin polyons Stuyin onrun Comprin rtions Tnrm Frtions Ovrviw: Stunts will nlyz stnr n nonstnr tnrms

More information

Module 2 Motion Instructions

Module 2 Motion Instructions Moul 2 Motion Instrutions CAUTION: Bor you strt this xprimnt, unrstn tht you r xpt to ollow irtions EXPLICITLY! Tk your tim n r th irtions or h stp n or h prt o th xprimnt. You will rquir to ntr t in prtiulr

More information

QUESTIONS BEGIN HERE!

QUESTIONS BEGIN HERE! Points miss: Stunt's Nm: Totl sor: /100 points Est Tnnss Stt Univrsity Dprtmnt of Computr n Informtion Sins CSCI 710 (Trnoff) Disrt Struturs TEST for Fll Smstr, 00 R this for strtin! This tst is los ook

More information

, each of which is a tree, and whose roots r 1. , respectively, are children of r. Data Structures & File Management

, each of which is a tree, and whose roots r 1. , respectively, are children of r. Data Structures & File Management nrl tr T is init st o on or mor nos suh tht thr is on sint no r, ll th root o T, n th rminin nos r prtition into n isjoint susts T, T,, T n, h o whih is tr, n whos roots r, r,, r n, rsptivly, r hilrn o

More information

Self-Adjusting Top Trees

Self-Adjusting Top Trees Th Polm Sl-jsting Top Ts ynmi ts: ol: mintin n n-tx ost tht hngs o tim. link(,w): ts n g twn tis n w. t(,w): lts g (,w). pplition-spii t ssoit with gs n/o tis. ont xmpls: in minimm-wight g in th pth twn

More information

Problem solving by search

Problem solving by search Prolm solving y srh Tomáš voo Dprtmnt o Cyrntis, Vision or Roots n Autonomous ystms Mrh 5, 208 / 3 Outlin rh prolm. tt sp grphs. rh trs. trtgis, whih tr rnhs to hoos? trtgy/algorithm proprtis? Progrmming

More information

3 Make words with the jumbled letters. 4 Match the questions and answers.

3 Make words with the jumbled letters. 4 Match the questions and answers. Unit Tst A n writ. son n nswr. My nm is Mr n I m rom Gon. I m tn yrs ol. My prnts r Mrln n Rul. My rothr is Sm. H s tn yrs ol, too. W r twins! My littl sistr is Lol n sh s only on. Sh s vry smll n vry

More information

Outline. Computer Science 331. Computation of Min-Cost Spanning Trees. Costs of Spanning Trees in Weighted Graphs

Outline. Computer Science 331. Computation of Min-Cost Spanning Trees. Costs of Spanning Trees in Weighted Graphs Outlin Computr Sin 33 Computtion o Minimum-Cost Spnnin Trs Prim s Mik Joson Dprtmnt o Computr Sin Univrsity o Clry Ltur #34 Introution Min-Cost Spnnin Trs 3 Gnrl Constrution 4 5 Trmintion n Eiiny 6 Aitionl

More information

Register Allocation. Register Allocation. Principle Phases. Principle Phases. Example: Build. Spills 11/14/2012

Register Allocation. Register Allocation. Principle Phases. Principle Phases. Example: Build. Spills 11/14/2012 Rgistr Allotion W now r l to o rgistr llotion on our intrfrn grph. W wnt to l with two typs of onstrints: 1. Two vlus r liv t ovrlpping points (intrfrn grph) 2. A vlu must or must not in prtiulr rhitturl

More information

SEE PAGE 2 FOR BRUSH MOTOR WIRING SEE PAGE 3 FOR MANUFACTURER SPECIFIC BLDC MOTOR WIRING EXAMPLES A

SEE PAGE 2 FOR BRUSH MOTOR WIRING SEE PAGE 3 FOR MANUFACTURER SPECIFIC BLDC MOTOR WIRING EXAMPLES A 7V TO 0V SUPPLY +7V TO +0V RS85 ONVRTR TO P OM PORT OR US US 9600 U 8IT, NO PRITY, STOP, NO FLOW TRL. 9 TO OM PORT ON P TO OTHR Z SRVOS OR Z STPPRS OPTO SNSOR # OPTO SNSOR # PHOTO TRNSISTOR OPTO SNSOR

More information

Decimals DECIMALS.

Decimals DECIMALS. Dimls DECIMALS www.mthltis.o.uk ow os it work? Solutions Dimls P qustions Pl vlu o imls 0 000 00 000 0 000 00 0 000 00 0 000 00 0 000 tnths or 0 thousnths or 000 hunrths or 00 hunrths or 00 0 tn thousnths

More information

UNCORRECTED SAMPLE PAGES 4-1. Naming fractions KEY IDEAS. 1 Each shape represents ONE whole. a i ii. b i ii

UNCORRECTED SAMPLE PAGES 4-1. Naming fractions KEY IDEAS. 1 Each shape represents ONE whole. a i ii. b i ii - Nming frtions Chptr Frtions Eh shp rprsnts ONE whol. i ii Wht frtion is shdd? Writ s frtion nd in words. Wht frtion is not shdd? Writ s frtion nd in words. i ii i ii Writ s mny diffrnt frtions s you

More information

Exam 1 Solution. CS 542 Advanced Data Structures and Algorithms 2/14/2013

Exam 1 Solution. CS 542 Advanced Data Structures and Algorithms 2/14/2013 CS Avn Dt Struturs n Algorithms Exm Solution Jon Turnr //. ( points) Suppos you r givn grph G=(V,E) with g wights w() n minimum spnning tr T o G. Now, suppos nw g {u,v} is to G. Dsri (in wors) mtho or

More information

In which direction do compass needles always align? Why?

In which direction do compass needles always align? Why? AQA Trloy Unt 6.7 Mntsm n Eltromntsm - Hr 1 Complt t p ll: Mnt or s typ o or n t s stronst t t o t mnt. Tr r two typs o mnt pol: n. Wrt wt woul ppn twn t pols n o t mnt ntrtons low: Drw t mnt l lns on

More information

Contents. Projects CLASSIC 12 GEOMETRIC 50 ROMANTIC 32 ORGANIC 68 BASICS 90. Introduction 4. Crown Jewels fringe 14

Contents. Projects CLASSIC 12 GEOMETRIC 50 ROMANTIC 32 ORGANIC 68 BASICS 90. Introduction 4. Crown Jewels fringe 14 Contnts Klmh Books 21027 Crossros Cirl Wuksh, Wisonsin 318 www.klmh.om/books 2010 Ann Elizth Drr All rihts rsrv. This ook my not rprou in prt or in whol y ltroni mns or othrwis without writtn prmission

More information

Numbering Boundary Nodes

Numbering Boundary Nodes Numring Bounry Nos Lh MBri Empori Stt Univrsity August 10, 2001 1 Introution Th purpos of this ppr is to xplor how numring ltril rsistor ntworks ffts thir rspons mtrix, Λ. Morovr, wht n lrn from Λ out

More information

Constructive Geometric Constraint Solving

Constructive Geometric Constraint Solving Construtiv Gomtri Constrint Solving Antoni Soto i Rir Dprtmnt Llngutgs i Sistms Inormàtis Univrsitt Politèni Ctluny Brlon, Sptmr 2002 CGCS p.1/37 Prliminris CGCS p.2/37 Gomtri onstrint prolm C 2 D L BC

More information

12 - M G P L Z - M9BW. Port type. Bore size ø12, ø16 20/25/32/40/50/ MPa 10 C to 60 C (With no condensation) 50 to 400 mm/s +1.

12 - M G P L Z - M9BW. Port type. Bore size ø12, ø16 20/25/32/40/50/ MPa 10 C to 60 C (With no condensation) 50 to 400 mm/s +1. ris - MP - Compt gui ylinr ø, ø, ø, ø, ø, ø, ø, ø ow to Orr Cln sris lif typ (with spilly trt sliing prts) Vuum sution typ (with spilly trt sliing prts) ir ylinr otry tutor - M P - - MW ll ushing ring

More information

CS 241 Analysis of Algorithms

CS 241 Analysis of Algorithms CS 241 Anlysis o Algorithms Prossor Eri Aron Ltur T Th 9:00m Ltur Mting Lotion: OLB 205 Businss HW6 u lry HW7 out tr Thnksgiving Ring: Ch. 22.1-22.3 1 Grphs (S S. B.4) Grphs ommonly rprsnt onntions mong

More information

WIR OLOR O: K - LK R - ROWN - RK LU G - RK GRN GY - GRY L - LIGHT LU LG - LIGHT GRN OR - ORNG PK - PINK R - R YL - YLLOW VT - VIO WT - WHIT NOTS: ) LL ONNTORS R SHOWN IN TH LO POSITION. ) SPIL USTOMR OPTIONS

More information

TURFGRASS DISEASE RESEARCH REPORT J. M. Vargas, Jr. and R. Detweiler Department of Botany and Plant Pathology Michigan State University

TURFGRASS DISEASE RESEARCH REPORT J. M. Vargas, Jr. and R. Detweiler Department of Botany and Plant Pathology Michigan State University I TURFGRASS DISEASE RESEARCH REPORT 9 J. M. Vrgs, Jr. n R. Dtwilr Dprtmnt f Btny n Plnt Pthlgy Mihign Stt Univrsity. Snw Ml Th 9 snw ml fungii vlutin trils wr nut t th Byn Highln Rsrt, Hrr Springs, Mihign

More information

C-201 Sheet Bar Measures 1 inch

C-201 Sheet Bar Measures 1 inch Janine M. lexander, P.. P.. No. 9, L 0 N. PRK RO, SUIT 0 HOLLYWOO, LORI 0 PHON: (9) - X: (9) 08- No.: 9 I ST SRIPTION Y GT VLVS SHLL RSILINT ST, MNUTUR TO MT OR X TH RQUIRMNTS O WW 09 (LTST RVISION) N

More information

ME 522 PRINCIPLES OF ROBOTICS. FIRST MIDTERM EXAMINATION April 19, M. Kemal Özgören

ME 522 PRINCIPLES OF ROBOTICS. FIRST MIDTERM EXAMINATION April 19, M. Kemal Özgören ME 522 PINCIPLES OF OBOTICS FIST MIDTEM EXAMINATION April 9, 202 Nm Lst Nm M. Kml Özgörn 2 4 60 40 40 0 80 250 USEFUL FOMULAS cos( ) cos cos sin sin sin( ) sin cos cos sin sin y/ r, cos x/ r, r 0 tn 2(

More information

FSA. CmSc 365 Theory of Computation. Finite State Automata and Regular Expressions (Chapter 2, Section 2.3) ALPHABET operations: U, concatenation, *

FSA. CmSc 365 Theory of Computation. Finite State Automata and Regular Expressions (Chapter 2, Section 2.3) ALPHABET operations: U, concatenation, * CmSc 365 Thory of Computtion Finit Stt Automt nd Rgulr Exprssions (Chptr 2, Sction 2.3) ALPHABET oprtions: U, conctntion, * otin otin Strings Form Rgulr xprssions dscri Closd undr U, conctntion nd * (if

More information

CS553 Lecture Register Allocation I 3

CS553 Lecture Register Allocation I 3 Low-Lvl Issus Last ltur Intrproural analysis Toay Start low-lvl issus Rgistr alloation Latr Mor rgistr alloation Instrution shuling CS553 Ltur Rgistr Alloation I 2 Rgistr Alloation Prolm Assign an unoun

More information

Basis of test: VDE 0660, part 500/IEC Rated peak withstand current I pk. Ip peak short-circuit current [ka] Busbar support spacing [mm]

Basis of test: VDE 0660, part 500/IEC Rated peak withstand current I pk. Ip peak short-circuit current [ka] Busbar support spacing [mm] Powr istriution Short-iruit withstn strngth to EC Short-iruit withstn strngth to EC 439-1 Typ tsting to EC 439-1 During th ours of systm typ-tsting, th following tsts wr onut on th Rittl usr systms n on

More information

S i m p l i f y i n g A l g e b r a SIMPLIFYING ALGEBRA.

S i m p l i f y i n g A l g e b r a SIMPLIFYING ALGEBRA. S i m p l i y i n g A l g r SIMPLIFYING ALGEBRA www.mthltis.o.nz Simpliying SIMPLIFYING Algr ALGEBRA Algr is mthmtis with mor thn just numrs. Numrs hv ix vlu, ut lgr introus vrils whos vlus n hng. Ths

More information

TABLE OF CONTENTS ASSEMBLY INSTRUCTIONS SHEET 1 OF 8 TABLE OF CONTENTS PAGE NUMBER DESCRIPTION B 2 PARTS LIST AND LAYOUT 3-5 PARTS A-D DETAIL DRAWINGS

TABLE OF CONTENTS ASSEMBLY INSTRUCTIONS SHEET 1 OF 8 TABLE OF CONTENTS PAGE NUMBER DESCRIPTION B 2 PARTS LIST AND LAYOUT 3-5 PARTS A-D DETAIL DRAWINGS TL O ONTNTS SHT O TL O ONTNTS PG NUMR SRIPTION PRTS LIST N LYOUT - PRTS - TIL RWINGS - STP Y STP SSMLY INSTRUTIONS TH INORMTION ONTIN IN THIS RWING IS TH SOL PROPRTY O STGING IMNSIONS IN. NY RPROUTION

More information