Platform Controls. 1-1 Joystick Controllers. Boom Up/Down Controller Adjustments
|
|
|
- Blaze Garrison
- 5 years ago
- Views:
Transcription
1 Ston 7 - Rpr Prours Srv Mnul - Son Eton Pltorm Controls 1-1 Joystk Controllrs Mntnn oystk ontrollrs t t propr sttns s ssntl to s mn oprton. Evry oystk ontrollr soul oprt smootly n prov proportonl sp ontrol ovr ts ntr rn o moton. 1 Ck t ttry onton wt volt mtr. T rn soul 12V DC or mor to urtly ust t ontrollr. 2 Turn t ky swt to pltorm ontrol n pull out t Emrny Stop utton to t ON poston t ot t roun n pltorm ontrols. Do not strt t nn. 3 Opn t pltorm ontrol ox l n lot t oom up/own ontrollr. Pltorm ontrol ox orspowr lmtr or trmnls rv proportonl ontrollr xtn/rtrt proportonl ontrollr oom proportonl ontrollr turntl rott proportonl ontrollr Boom Up/Down Controllr Austmnts Do not ust t oystk ontrollrs unlss t stt ttry volt s ov 12V DC n t ltrntor s oprtn proprly wt Eltrouton zr. Contt wt ltrlly r ruts my rsult n t or srous nury. Rmov ll rns, wts n otr wlry. trmnl "D2" rtonl output trmnl "A" proportonl output trmnl "-" roun trmnl "+" postv trmnl "R" tvts mx-out rn trmnl "D1" rtonl output rmp rt ustl trmpot lo rn ustl trmpot trsol ustl trmpot rn ustl trmpot 4 St t prlmnry rmp rt: Turn t trmpot ustmnt srw ountrlokws 15 turns or untl you r rpt lk. 5 Connt t r(+) l rom volt mtr to t A trmnl on t ontrollr prnt rut or. Connt t lk(-) l to roun. 6 St t trsol: Prss own t oot swt, tn slowly mov t ontrol nl o ntr untl t momnt volt rn pprs. Aust t volt to. Turn t trsol trmpot ustmnt srw lokws to nrs t volt or ountrlokws to rs t volt. 7-2 Gn S-60 & Gn S-65 Prt No
2 Srv Mnul - Son Eton Ston 7 - Rpr Prours 7 St t rn: Prss own t oot swt, tn mov t ontrol nl ll t wy to t UP poston. Aust t volt to 8.5V DC. Turn t mx-out trmpot ustmnt srw lokws to nrs t volt or ountrlokws to rs t volt. 8 St t lo rn: Prss own t oot swt, tn mov t ontrol nl ll t wy to t DOWN poston. Aust t volt to 6.2V DC. Turn t ul rn trmpot ustmnt srw lokws to nrs t volt or ountrlokws to rs t volt. 9 Strt t nn n mov t nn l ontrol swt to oot swt tvt l (rt n oot swt symol). Lowr t oom to t stow poston. Enn soul t norml oprtn tmprtur. 10 Strt tmr n ror ow lon t tks or t oom to ully rs. Aust t mx-out trmpot to v 55 to 85 son yl tm. 11 Strt tmr n ror ow lon t tks or t oom to ully lowr. Aust t ul rn trmpot to v n 90 to 120 son yl tm. I t unton yl tm s not vl, k t rl vlv prssur. S 10-2, Vlv Austmnts - Funton Mnol. 12 Turn t nn o n r-onnt t volt mtr. 13 Pull out t Emrny Stop utton to t ON poston. 14 Prss own t oot swt n tn mov t ontrol nl ll t wy to t UP poston. Ror t mxmum volt rn. 15 Strt t nn. 16 Strt tmr n smultnously mov t ontrol nl ll t wy to t UP poston. Not ow lon t tks to r t mxmum volt ror n stp 14. Ts s t rmp rt. 17 St t rmp rt: turn t trmpot to otn 3 to 4 son rmp sp. Turn t trmpot lokws to nrs t tm or ountrlokws to rs t tm. Boom up/own sptons Trsol Boom up - rn Boom own - lo rn Rmp rt 8.5V DC 55 to 85 sons 6.2V DC 90 to 120 sons Turntl Rotton Controllr Austmnts 3 to 4 sons Do not ust t oystk ontrollrs unlss t stt ttry volt s ov 12V DC n t ltrntor s oprtn proprly wt Eltrouton zr. Contt wt ltrlly r ruts my rsult n t or srous nury. Rmov ll rns, wts n otr wlry. 1 Ck t ttry onton wt volt mtr. T rn soul 12V DC or mor to urtly ust t ontrollr. 2 Turn t ky swt to pltorm ontrol n pull out t Emrny Stop utton to t ON poston t ot t roun n pltorm ontrols. Do not strt t nn. Prt No Gn S-60 & Gn S
3 Ston 7 - Rpr Prours Srv Mnul - Son Eton 3 Opn t pltorm ontrol ox l n lot t turntl rotton ontrollr. Rr to t pltorm ontrol ox llustrton, p 7-2. trmnl "D2" rtonl output trmnl "A" proportonl output trmnl "-" roun trmnl "+" postv trmnl "R" tvts mx-out rn trmnl "D1" rtonl output rmp rt ustl trmpot lo rn ustl trmpot trsol ustl trmpot rn ustl trmpot 4 St t prlmnry rmp rt: Turn t trmpot ustmnt srw ountrlokws 15 turns or untl you r rpt lk. 5 Connt t r(+) l rom volt mtr to t A trmnl on t ontrollr prnt rut or. Connt t lk(-) l to roun. 6 St t trsol: Prss own t oot swt, tn slowly mov t ontrol nl o ntr untl t momnt volt rn pprs. Aust t volt to. Turn t trsol trmpot ustmnt srw lokws to nrs t volt or ountrlokws to rs t volt. 7 St t rn: Prss own t oot swt, ully rtrt t oom, tn mov t ontrol nl ll t wy to t lt or rt. Aust t volt to 5.5V DC. Turn t mx-out trmpot ustmnt srw lokws to nrs t volt or ountrlokws to rs t volt. 8 St t lo rn: Prss own t oot swt, xtn t oom 3 t, tn mov t ontrol nl ll t wy to t lt or rt. Aust t volt to 4.5V DC. Turn t lo rn trmpot ustmnt srw lokws to nrs t volt or ountrlokws to rs t volt. 9 Strt t nn n mov t nn l ontrol swt to oot swt tvt l (rt n oot swt symol). Enn soul t norml oprtn tmprtur. 10 Fully rtrt t oom, tn strt tmr n ror ow lon t tks t turntl to rott trou omplt rl. Aust t mx-out trmpot to v 80 to 100 son yl tm. 11 Extn t oom, tn strt tmr n ror ow lon t tks t turntl to rott trou omplt rl. Aust t lo rn trmpot to v 130 to 160 son yl tm. 12 Turn t nn o n r-onnt t volt mtr. 13 Pull out t Emrny Stop utton to t ON poston. 14 Prss own t oot swt n tn mov t ontrol nl ll t wy to t lt or rt. Ror t mxmum volt rn. 15 Strt t nn. 7-4 Gn S-60 & Gn S-65 Prt No
4 Srv Mnul - Son Eton Ston 7 - Rpr Prours 16 Strt tmr n smultnously mov t ontrol nl ll t wy to t lt or rt. Not ow lon t tks to r t mxmum volt ror n stp 14. Ts s t rmp rt. 3 Opn t pltorm ontrol ox l n lot t oom xtn/rtrt ontrollr. 17 St t rmp rt: Turn t trmpot to otn 5 son rmp sp. Turn t trmpot lokws to nrs t tm or ountrlokws to rs t tm. Turntl rotton sptons Trsol Turntl rotton - rn (oom rtrt) lo rn (oom xtn) Rmp rt 5.5V DC 80 to 100 sons 4.5V DC 130 to 160 sons 5 sons rmp rt ustl trmpot ul (lo) rn ustl trmpot trmnl "R", tvts mx-out rn trmnl unus trmnl "X", uxlry trmnl "-", roun trmnl "+", ttry, postv trmnl "A", proportonl output trsol ustl trmpot mx-out ustl trmpot Boom Extn/Rtrt Controllr Austmnts Do not ust t oystk ontrollrs unlss t stt ttry volt s ov 12V DC n t ltrntor s oprtn proprly wt Eltrouton zr. Contt wt ltrlly r ruts my rsult n t or srous nury. Rmov ll rns, wts n otr wlry. 1 Ck t ttry onton wt volt mtr. T rn soul 12V DC or mor to urtly ust t ontrollr. 2 Turn t ky swt to pltorm ontrol n pull out t Emrny Stop utton to t ON poston t ot t roun n pltorm ontrols. Do not strt t nn. 4 St t prlmnry rmp rt: Turn t trmpot ustmnt srw ountrlokws 15 turns or untl you r rpt lk. 5 Connt t r(+) l rom volt mtr to t A trmnl on t ontrollr prnt rut or. Connt t lk(-) l to roun. 6 St t trsol: Prss own t oot swt, tn slowly mov t ontrol nl o ntr untl t momnt volt rn pprs. Aust t volt to. Turn t trsol trmpot ustmnt srw lokws to nrs t volt or ountrlokws to rs t volt. 7 St t mx-out: Prss own t oot swt, tn mov t ontrol nl ll t wy to t EXTEND poston. Aust t volt to 9.75V DC. Turn t mx-out trmpot ustmnt srw lokws to nrs t volt or ountrlokws to rs t volt. Prt No Gn S-60 & Gn S
5 Ston 7 - Rpr Prours Srv Mnul - Son Eton 8 St t ul (lo) rn: Prss own t oot swt, tn mov t ontrol nl ll t wy to t RETRACT poston. Aust t volt to 9.2V DC. Turn t ul rn trmpot ustmnt srw lokws to nrs t volt or ountrlokws to rs t volt. 9 Strt t nn n mov t nn l ontrol swt to oot swt tvt l (rt n oot swt symol). Lowr t oom to t stow poston. Enn soul t norml oprtn tmprtur. 10 Strt tmr n ror ow lon t tks or t oom to ully xtn. Aust t mx-out trmpot to v 60 to 80 son yl tm. 11 Strt tmr n ror ow lon t tks or t oom to ully rtrt. Aust t ul rn trmpot to v n 55 to 85 son yl tm. I t unton yl tm s not vl, k t rl vlv prssur. S 10-2, Vlv Austmnts - Funton Mnol. 12 Turn t nn o n r-onnt t volt mtr. 13 Pull out t Emrny Stop utton to t ON poston. 14 Prss own t oot swt n tn mov t ontrol nl ll t wy to t EXTEND poston. Ror t mxmum volt rn. 15 Strt t nn. 16 Strt tmr n smultnously mov t ontrol nl ll t wy to t EXTEND poston. Not ow lon t tks to r t mxmum volt ror n stp 14. Ts s t rmp sp. 17 St t rmp rt: turn t trmpot to otn 3 son rmp sp. Turn t trmpot lokws to nrs t tm or ountrlokws to rs t tm. Boom xtn/rtrt sptons Trsol Boom xtn - Mx-out Boom rtrt - Dul (lo) rn Rmp rt 1-2 Horspowr Lmtr Bor 9.75V DC 60 to 80 sons 9.2V DC 55 to 85 sons 3 sons T orspowr lmtr or s rsponsl or ovrnn rv pump output. It snss nn rpm rom t ltrntor. T orspowr lmtr or snss rops n rpm normlly u to nrs rv rsstn (rou trrn or nln), n rss volt to t rv ontrollr w n turn rss volt to t rv pump, try run pump output to mntn optmum nn rpm n orspowr. Tr ustmnts r rqur or optmum prormn. How to Aust t Horspowr Lmtr Bor T nn rpm must orrt or prormn ts prour. S Mntnn Prour B-12, Ck n Aust t Enn RPM. Do not ust t orspowr lmtr or unlss t stt ttry volt s ov 12V DC n t ltrntor s oprtn proprly wt 12.5 to 14.5V DC output. Gsoln/LPG mols: Prorm ts prour n soln mo. 7-6 Gn S-60 & Gn S-65 Prt No
The University of Sydney MATH 2009
T Unvrsty o Syny MATH 2009 APH THEOY Tutorl 7 Solutons 2004 1. Lt t sonnt plnr rp sown. Drw ts ul, n t ul o t ul ( ). Sow tt s sonnt plnr rp, tn s onnt. Du tt ( ) s not somorp to. ( ) A onnt rp s on n
DOCUMENT STATUS: MINTP0 E-ST5080, BASE, NO DISPLAY VENDOR: 15.5 INCH MATERIAL SEE BOM FINISH REVISION HISTORY ITEM NO. PART NUMBER DESCRIPTION
RV T RVSON STORY SRPTON O Y 0-0-0 PROUTON RLS K. N NOTS:. SRL LL NORMTON: a) VOLTS: V b) MPS:.0 c) YLS: N/ d) WTTS: W e) PS: N/ f) PX #: PX. RTTON LOOS: S / / LN R WT SOPROPYL LOLOL PROR TO PLN.. PK M:
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
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
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
Weighted Graphs. Weighted graphs may be either directed or undirected.
1 In mny ppltons, o rp s n ssot numrl vlu, ll wt. Usully, t wts r nonntv ntrs. Wt rps my tr rt or unrt. T wt o n s otn rrr to s t "ost" o t. In ppltons, t wt my msur o t lnt o rout, t pty o ln, t nry rqur
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
Having a glimpse of some of the possibilities for solutions of linear systems, we move to methods of finding these solutions. The basic idea we shall
Hvn lps o so o t posslts or solutons o lnr systs, w ov to tos o nn ts solutons. T s w sll us s to try to sply t syst y lntn so o t vrls n so ts qutons. Tus, w rr to t to s lnton. T prry oprton nvolv s
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
b.) v d =? Example 2 l = 50 m, D = 1.0 mm, E = 6 V, " = 1.72 #10 $8 % & m, and r = 0.5 % a.) R =? c.) V ab =? a.) R eq =?
xmpl : An 8-gug oppr wr hs nomnl mtr o. mm. Ths wr rrs onstnt urrnt o.67 A to W lmp. Th nsty o r ltrons s 8.5 x 8 ltrons pr u mtr. Fn th mgntu o. th urrnt nsty. th rt vloty xmpl D. mm,.67 A, n N 8.5" 8
Lecture 20: Minimum Spanning Trees (CLRS 23)
Ltur 0: Mnmum Spnnn Trs (CLRS 3) Jun, 00 Grps Lst tm w n (wt) rps (unrt/rt) n ntrou s rp voulry (vrtx,, r, pt, onnt omponnts,... ) W lso suss jny lst n jny mtrx rprsntton W wll us jny lst rprsntton unlss
B ADDED BADGE PN , CHANGED TO C SIZE FOR ASSY, ADDED NOTES DN J DETAIL A SCALE 1 : INCH MATERIAL
0 RVSONS RV. T SRPTON O Y 0--0 PROUTON RLS N 0--0 PN 00-0, N TO SZ OR SSY, NOTS N TL SL :. N TM NO. PRT NUMR SRPTON QTY. NOT 00-0, PROUT, P-ST 0 NOTS:. SRL LL NORMTON: a) VOLTS: V b) MPS:.0 c) YLS: N/
DOCUMENT STATUS: RELEASE
RVSON STORY RV T SRPTON O Y 0-4-0 RLS OR PROUTON 5 MM -04-0 NS TRU PLOT PROUTON -- S O O OR TLS 30 MM 03-3-0 3-044 N 3-45, TS S T TON O PROTTV RM OVR. 3 05--0 LT 3-004, NOT, 3-050 3 0//00 UPT ST ROM SN,
Closed Monochromatic Bishops Tours
Cos Monoromt Bsops Tours Jo DMo Dprtmnt o Mtmts n Sttsts Knnsw Stt Unvrsty, Knnsw, Gor, 0, USA mo@nnsw.u My, 00 Astrt In ss, t sop s unqu s t s o to sn oor on t n wt or. Ts ms os tour n w t sop vsts vry
Depth First Search. Yufei Tao. Department of Computer Science and Engineering Chinese University of Hong Kong
Dprtmnt o Computr Sn n Ennrn Cns Unvrsty o Hon Kon W v lry lrn rt rst sr (BFS). Toy, w wll suss ts sstr vrson : t pt rst sr (DFS) lortm. Our susson wll on n ous on rt rps, us t xtnson to unrt rps s strtorwr.
DOCUMENT STATUS: CORE HEALTH & FITNESS, LLC IL-D2002-XXAAX IP,DUAL ADJUSTIBLE PULLEY MATERIAL SEE BOM FINISH N/A N/A SHEET SIZE: B SCALE: 1:33.
NOTS: RVSON STORY RV T SRPTON O Y //04 RLS OR PROUTON 433 P 34 55 033 OUMNT STTUS: NOT O PROPRTRY NORMTON TS OUMNT SLL NOT RPROU NOR SLL T NORMTON ONTN RN US Y OR SLOS TO OTR XPT S XPRSSLY UTORZ Y OR LT
MATERIAL SEE BOM ANGLES = 2 FINISH N/A
9 NOTS:. SSML N NSPT PR SOP 0-9... NSTLL K STKR N X L STKR TO NS O SROU WT TP. 3. PR-PK LNR RNS WT P (XTRM PRSSUR NL R ) RS OR NNRN PPROV QUVLNT. 4. OLOR TT Y T SLS ORR. RRN T MNS OM OR OMPONNTS ONTNN
Spanning Trees. BFS, DFS spanning tree Minimum spanning tree. March 28, 2018 Cinda Heeren / Geoffrey Tien 1
Spnnn Trs BFS, DFS spnnn tr Mnmum spnnn tr Mr 28, 2018 Cn Hrn / Gory Tn 1 Dpt-rst sr Vsts vrts lon snl pt s r s t n o, n tn ktrks to t rst junton n rsums own notr pt Mr 28, 2018 Cn Hrn / Gory Tn 2 Dpt-rst
Theorem 1. An undirected graph is a tree if and only if there is a unique simple path between any two of its vertices.
Cptr 11: Trs 11.1 - Introuton to Trs Dnton 1 (Tr). A tr s onnt unrt rp wt no sp ruts. Tor 1. An unrt rp s tr n ony tr s unqu sp pt twn ny two o ts vrts. Dnton 2. A root tr s tr n w on vrtx s n snt s t
(Minimum) Spanning Trees
(Mnmum) Spnnn Trs Spnnn trs Kruskl's lortm Novmr 23, 2017 Cn Hrn / Gory Tn 1 Spnnn trs Gvn G = V, E, spnnn tr o G s onnt surp o G wt xtly V 1 s mnml sust o s tt onnts ll t vrts o G G = Spnnn trs Novmr
16.unified Introduction to Computers and Programming. SOLUTIONS to Examination 4/30/04 9:05am - 10:00am
16.unii Introution to Computrs n Prormmin SOLUTIONS to Exmintion /30/0 9:05m - 10:00m Pro. I. Kristin Lunqvist Sprin 00 Grin Stion: Qustion 1 (5) Qustion (15) Qustion 3 (10) Qustion (35) Qustion 5 (10)
Graph Search (6A) Young Won Lim 5/18/18
Grp Sr (6A) Youn Won Lm Copyrt () 2015 2018 Youn W. Lm. Prmon rnt to opy, trut n/or moy t oumnt unr t trm o t GNU Fr Doumntton Ln, Vron 1.2 or ny ltr vron pul y t Fr Sotwr Founton; wt no Invrnt Ston, no
CMSC 451: Lecture 4 Bridges and 2-Edge Connectivity Thursday, Sep 7, 2017
Rn: Not ovr n or rns. CMSC 451: Ltr 4 Brs n 2-E Conntvty Trsy, Sp 7, 2017 Hr-Orr Grp Conntvty: (T ollown mtrl ppls only to nrt rps!) Lt G = (V, E) n onnt nrt rp. W otn ssm tt or rps r onnt, t somtms t
MINI POST SERIES BALUSTRADE SYSTEM INSTALLATION GUIDE PRODUCT CODE: MPS-RP
MN POST SRS LUSTR SYSTM NSTLLTON U PROUT O: MPS-RP 0 R0 WLL LN 0 RONT LVTON VW R0 N P 0 T RUR LOK LOT ON LSS. SLON SL TYP. OT SS 000 LSS T 0 00 SRS LSS WT 00/00 (0mm NRMNTS VLL) MX. 000 00-0 (ROMMN) 00
Parts list Mirage Document ID: Sup-PLM-002-Eng Date of issue: October 22, 2014 Revision date: March 20, 2017
Prts lst Mr Doumnt ID: Sup-PLM-002-En Dt o ssu: Otor 22, 2014 Rvson t: Mr 20, 2017 Prts lst Mr p 0 o 39 Contnts Orrn normton... 2 Prts orr xmpl... 3 Bolr rlt prts... 4 Top o olr... 4 Austl rstrtor... 5
BASIC CAGE DETAILS SHOWN 3D MODEL: PSM ASY INNER WALL TABS ARE COINED OVER BASE AND COVER FOR RIGIDITY SPRING FINGERS CLOSED TOP
MO: PSM SY SI TIS SOWN SPRIN INRS OS TOP INNR W TS R OIN OVR S N OVR OR RIIITY. R TURS US WIT OPTION T SINS. R (UNOMPRSS) RR S OPTION (S T ON ST ) IMNSIONS O INNR SIN TO UNTION WIT QU SM ORM-TOR (zqsp+)
Improving Union. Implementation. Union-by-size Code. Union-by-Size Find Analysis. Path Compression! Improving Find find(e)
POW CSE 36: Dt Struturs Top #10 T Dynm (Equvln) Duo: Unon-y-Sz & Pt Comprsson Wk!! Luk MDowll Summr Qurtr 003 M! ZING Wt s Goo Mz? Mz Construton lortm Gvn: ollton o rooms V Conntons twn t rooms (ntlly
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
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
ENGLISH OS Ver Advanced Edit
E 5 ENGLISH OS Vr. 2.0 Avn Et Tl o Contnts 1 Tl o Contnts Soun oprtn mo......................... 2 T MIDI nnl.................................... 2 How to slt oslltors................................
PR D NT N n TR T F R 6 pr l 8 Th Pr d nt Th h t H h n t n, D D r r. Pr d nt: n J n r f th r d t r v th tr t d rn z t n pr r f th n t d t t. n
R P RT F TH PR D NT N N TR T F R N V R T F NN T V D 0 0 : R PR P R JT..P.. D 2 PR L 8 8 J PR D NT N n TR T F R 6 pr l 8 Th Pr d nt Th h t H h n t n, D.. 20 00 D r r. Pr d nt: n J n r f th r d t r v th
4.1 Interval Scheduling. Chapter 4. Greedy Algorithms. Interval Scheduling: Greedy Algorithms. Interval Scheduling. Interval scheduling.
Cptr 4 4 Intrvl Suln Gry Alortms Sls y Kvn Wyn Copyrt 005 Prson-Ason Wsly All rts rsrv Intrvl Suln Intrvl Suln: Gry Alortms Intrvl suln! Jo strts t s n nss t! Two os omptl ty on't ovrlp! Gol: n mxmum sust
Humanistic, and Particularly Classical, Studies as a Preparation for the Law
University of Michigan Law School University of Michigan Law School Scholarship Repository Articles Faculty Scholarship 1907 Humanistic, and Particularly Classical, Studies as a Preparation for the Law
BASIC CAGE DETAILS D C SHOWN CLOSED TOP SPRING FINGERS INNER WALL TABS ARE COINED OVER BASE AND COVER FOR RIGIDITY
SI TIS SOWN OS TOP SPRIN INRS INNR W TS R OIN OVR S N OVR OR RIIITY. R IMNSIONS O INNR SIN TO UNTION WIT QU SM ORM-TOR (zqsp+) TRNSIVR. R. RR S OPTION (S T ON ST ) TURS US WIT OPTION T SINS. R (INSI TO
MATERIAL SEE BOM ANGLES = 2 > 2000 DATE MEDIUM FINISH
NOTS:. LN MTN SUR WT NTUR/SOPROPYL LOOL PROR TO RN L OR LOO. PPLY LOTT 4 ON TRS. TORQU TO. Nm / 00 lb-in 4. TORQU TO 45-50 Nm / - lb-ft 5. TORQU TO Nm / 4.5 lb-ft. TORQU TO 0 Nm / lb-in. TORQU TO 5.5 Nm
Exam 2 Solutions. Jonathan Turner 4/2/2012. CS 542 Advanced Data Structures and Algorithms
CS 542 Avn Dt Stutu n Alotm Exm 2 Soluton Jontn Tun 4/2/202. (5 ont) Con n oton on t tton t tutu n w t n t 2 no. Wt t mllt num o no tt t tton t tutu oul ontn. Exln you nw. Sn n mut n you o u t n t, t n
CMPS 2200 Fall Graphs. Carola Wenk. Slides courtesy of Charles Leiserson with changes and additions by Carola Wenk
CMPS 2200 Fll 2017 Grps Crol Wnk Sls ourtsy o Crls Lsrson wt ns n tons y Crol Wnk 10/23/17 CMPS 2200 Intro. to Alortms 1 Grps Dnton. A rt rp (rp) G = (V, E) s n orr pr onsstn o st V o vrts (snulr: vrtx),
DOCUMENT STATUS: LA-S5302-XXXXS LA, SSS, TRICEPS EXTENSION VERY
RVSON STORY RV T SRPTON O Y //0 RLS OR PROUTON T LN MR ----- L /0/0 UPT SN N OMPONNTS US: S 3-03 (*N TWO PLS ONLY) WS 3-5, PRT 3-00 TO SSMLY. T OLLOWN UPT: 3-30, 3-403, 3-403, 3-40, 3-45, 3-4, 3-5. 30
http://www.prodemand.com/print/index?content=tabs&module=true&tab=true&terms=tr... Page of //0 Service anual: SYST WIRING IGRS - G00 IR ONITIONING 0 hevrolet xpress.l ng G00 ig : anual / ircuit, argo Van
G-001 CHATHAM HARBOR AUNT LYDIA'S COVE CHATHAM ATLANTIC OCEAN INDEX OF NAVIGATION AIDS GENERAL NOTES: GENERAL PLAN A6 SCALE: 1" = 500' CANADA
TR ISL ROR UST 8 O. R-2,4-3 R-4 IX O VITIO IS STT PL ORPI OORITS POSITIO 27698 4-39'-" 88 69-6'-4."W 278248 4-4'-" 8968 69-6'-4"W 27973 4-4'-2" 88 69-6'-"W W MPSIR OOR UUST PORTL MI OR 27 8-OOT OR L -
SAMPLE CSc 340 EXAM QUESTIONS WITH SOLUTIONS: part 2
AMPLE C EXAM UETION WITH OLUTION: prt. It n sown tt l / wr.7888l. I Φ nots orul or pprotng t vlu o tn t n sown tt t trunton rror o ts pproton s o t or or so onstnts ; tt s Not tt / L Φ L.. Φ.. /. /.. Φ..787.
D t r l f r th n t d t t pr p r d b th t ff f th l t tt n N tr t n nd H n N d, n t d t t n t. n t d t t. h n t n :.. vt. Pr nt. ff.,. http://hdl.handle.net/2027/uiug.30112023368936 P bl D n, l d t z d
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PROU Y UTOSK UTIOL PROUT RWI O. RWI M PROU Y UTOSK UTIOL PROUT RVISIO PROU Y UTOSK UTIOL PROUT T- O.- TO- RSTORTIO & RPIRS O UILIS O UIVRSITY O LHI PHYSIS HMISTRY MULTISTORI UILI 115 PROU Y UTOSK UTIOL
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
Planar convex hulls (I)
Covx Hu Covxty Gv st P o ots 2D, tr ovx u s t sst ovx oyo tt ots ots o P A oyo P s ovx or y, P, t st s try P. Pr ovx us (I) Coutto Gotry [s 3250] Lur To Bowo Co ovx o-ovx 1 2 3 Covx Hu Covx Hu Covx Hu
ROSEMOUNT 3051S SCALABLE OR 3051SMV MULTIVARIABLE COPLANAR PRESSURE TRANSMITTER COPLANAR FLANGE PROCESS CONNECTION
1 2 3 4 5 6 7 8 ROSOUNT 3051S S OR 3051SV UTIVRI OPNR PRSSUR TRNSITTR OPNR N PROSS ONNTION RVISION T RVISION O NO. PP' T RT1071620 SRIPTION N NTNN NT STNR 2.4..TISON 10/25/18 PNTW OUSIN SOWN WIT OPTION
Dental PBRN Study: Reasons for replacement or repair of dental restorations
Dntl PBRN Stuy: Rsons or rplmnt or rpr o ntl rstortons Us ts Dt Collton Form wnvr stuy rstorton s rpl or rpr. For nrollmnt n t ollton you my rpl or rpr up to 4 rstortons, on t sm ptnt, urn snl vst. You
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
Advanced Edit. ENGLISH OS Ver. 1.00
E 1 Avn Et ENGLISH OS Vr. 1.00 Tl o Contnts 1 Tl o Contnts Soun oprtn mo......................... 2 T MIDI nnl.................................... 2 How to slt oslltors................................
22 t b r 2, 20 h r, th xp t d bl n nd t fr th b rd r t t. f r r z r t l n l th h r t rl T l t n b rd n n l h d, nd n nh rd f pp t t f r n. H v v d n f
n r t d n 20 2 : 6 T P bl D n, l d t z d http:.h th tr t. r pd l 22 t b r 2, 20 h r, th xp t d bl n nd t fr th b rd r t t. f r r z r t l n l th h r t rl T l t n b rd n n l h d, nd n nh rd f pp t t f r
160 SSC Variable Speed Drive (Series C)
0 SS Variable Speed rive (Series ) Publication 0-P onfigured rive Package Important User Information Solid state equipment has operational characteristics differing from those of electromechanical equipment.
46 D b r 4, 20 : p t n f r n b P l h tr p, pl t z r f r n. nd n th t n t d f t n th tr ht r t b f l n t, nd th ff r n b ttl t th r p rf l pp n nt n th
n r t d n 20 0 : T P bl D n, l d t z d http:.h th tr t. r pd l 46 D b r 4, 20 : p t n f r n b P l h tr p, pl t z r f r n. nd n th t n t d f t n th tr ht r t b f l n t, nd th ff r n b ttl t th r p rf l
G-001 SACO SACO BAY BIDDEFORD INDEX OF NAVIGATION AIDS GENERAL NOTES: GENERAL PLAN A6 SCALE: 1" = 1000' CANADA MAINE STATE PLANE GEOGRAPHIC NO.
2 3 6 7 8 9 0 2 3 20000 230000 220000 ST TORY M 8-OOT W ST 2880000 2880000 L ROOK RL OTS: UKI OR TUR RKWTR (TYP) U O ROOK. SOUIS R I T TTS. T RR PL IS M LOWR LOW WTR (MLLW) IS S O T 983-200 TIL PO. SOUIS
Lecture II: Minimium Spanning Tree Algorithms
Ltur II: Mnmum Spnnn Tr Alortms Dr Krn T. Hrly Dprtmnt o Computr Sn Unvrsty Coll Cork Aprl 0 KH (/0/) Ltur II: Mnmum Spnnn Tr Alortms Aprl 0 / 5 Mnmum Spnnn Trs Mnmum Spnnn Trs Spnnn Tr tr orm rom rp s
L.3922 M.C. L.3922 M.C. L.2996 M.C. L.3909 M.C. L.5632 M.C. L M.C. L.5632 M.C. L M.C. DRIVE STAR NORTH STAR NORTH NORTH DRIVE
N URY T NORTON PROV N RRONOUS NORTON NVRTNTY PROV. SPY S NY TY OR UT T TY RY OS NOT URNT T S TT T NORTON PROV S ORRT, NSR S POSS, VRY ORT S N ON N T S T TY RY. TS NORTON S N OP RO RORS RT SU "" YW No.
135-91G00N ONE-WAY CUSTOMER UNIT FOR VAT 30GX AND Easy-aire 10GX
ON-WY TV SYSTM OR VT GX UNITS L92 LL -8-999-6 -GN ON-WY USTOMR UNIT OR VT 2GX ND VT 2GX " (8. mm) OLOR D MR IN N NVIRONMNTLLY ONTROLLD HOUSING DIMNSIONS IN MILLIMTRS (DIMNSIONS IN T-INHS) -9GN ON-WY USTOMR
n r t d n :4 T P bl D n, l d t z d th tr t. r pd l
n r t d n 20 20 :4 T P bl D n, l d t z d http:.h th tr t. r pd l 2 0 x pt n f t v t, f f d, b th n nd th P r n h h, th r h v n t b n p d f r nt r. Th t v v d pr n, h v r, p n th pl v t r, d b p t r b R
Applications of trees
Trs Apptons o trs Orgnzton rts Attk trs to syst Anyss o tr ntworks Prsng xprssons Trs (rtrv o norton) Don-n strutur Mutstng Dstnton-s orwrng Trnsprnt swts Forwrng ts o prxs t routrs Struturs or nt pntton
n
p l p bl t n t t f Fl r d, D p rt nt f N t r l R r, D v n f nt r r R r, B r f l. n.24 80 T ll h, Fl. : Fl r d D p rt nt f N t r l R r, B r f l, 86. http://hdl.handle.net/2027/mdp.39015007497111 r t v n
CS 103 BFS Alorithm. Mark Redekopp
CS 3 BFS Aloritm Mrk Rkopp Brt-First Sr (BFS) HIGHLIGHTED ALGORITHM 3 Pt Plnnin W'v sn BFS in t ontxt o inin t sortst pt trou mz? S?? 4 Pt Plnnin W xplor t 4 niors s on irtion 3 3 3 S 3 3 3 3 3 F I you
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,
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
Single Source Shortest Paths (with Positive Weights)
Snl Sour Sortst Pts (wt Postv Wts) Yuf To ITEE Unvrsty of Qunslnd In ts ltur, w wll rvst t snl sour sortst pt (SSSP) problm. Rll tt w v lrdy lrnd tt t BFS lortm solvs t problm ffntly wn ll t ds v t sm
Parts list Speedster Document ID: Sup-PLS-002-Eng Date of issue: August 12, 2014 Revision date: June 23, 2015
Prts lst Spstr Doumnt ID: Sup-PLS-002-En Dt o ssu: Auust 12, 2014 Rvson t: Jun 23, 2015 Co olr... 2 Mol - 2008 (slm roup-nk): Lt (lmnt) s... 2 Mol - 2008 (slm roup-nk): Rt (ll) s... 3 Mol - 2008 (slm roup-nk):
B02CSP05BLC UNITED MICRO DEVICE INC. LOW CAPACITANCE FLIP CHIP, BI-DIRECTIONAL, TVS DIODE. and UB02CSP05BLC APPLICATIONS FEATURES
U LOW PTN LP P, -RTONL, TVS O TURS S Protection > 25 kilovolts vailable in Voltages 5V 200 Watts Peak Pulse Power per Line (tp = 8/20µs) Low lamping Voltage idirectional onfiguration & Monolithic Structure
4 4 N v b r t, 20 xpr n f th ll f th p p l t n p pr d. H ndr d nd th nd f t v L th n n f th pr v n f V ln, r dn nd l r thr n nt pr n, h r th ff r d nd
n r t d n 20 20 0 : 0 T P bl D n, l d t z d http:.h th tr t. r pd l 4 4 N v b r t, 20 xpr n f th ll f th p p l t n p pr d. H ndr d nd th nd f t v L th n n f th pr v n f V ln, r dn nd l r thr n nt pr n,
RAMS C, 16 GA SLITTER 23
RMS - 0-, G SLITTR N/ LLS /0/0 SSL UTION LL SRIL No. TG 0 S SHT OR UPPR SSMLY "M IN US" LL S SHT OR KGG SSMLY 0 ITM NO. PRT NUMR SRIPTION QTY. 00X/ " I X /" OR PULLY N/ L-0 V-LT K OR GRIP N/ POWR OR SL-0
COMP 250. Lecture 29. graph traversal. Nov. 15/16, 2017
COMP 250 Ltur 29 rp trvrsl Nov. 15/16, 2017 1 Toy Rursv rp trvrsl pt rst Non-rursv rp trvrsl pt rst rt rst 2 Hs up! Tr wr w mstks n t sls or S. 001 or toy s ltur. So you r ollown t ltur rorns n usn ts
F102 1/4 AMP +240 VDC SEE FIGURE 5-14 FILAMENT AND OVEN CKTS BLU J811 BREAK-IN TB103 TO S103 TRANSMITTER ASSOCIATED CAL OFF FUNCTION NOTE 2 STANDBY
OWR OR F0 M NOT S0 RT OF FUNTI FL0 T0 OWR SULY SUSSIS T0 T0 WIR FOR 0 V OWR SULY SUSSIS T0 WIR FOR V 0 0 RT V0 RT V0. V RT V0 RT V0 NOT. V. V NOT +0 V 0 +0 V. V 0 FUNTI NOT L +0 V S FIUR - FILMNT N OVN
4 8 N v btr 20, 20 th r l f ff nt f l t. r t pl n f r th n tr t n f h h v lr d b n r d t, rd n t h h th t b t f l rd n t f th rld ll b n tr t d n R th
n r t d n 20 2 :24 T P bl D n, l d t z d http:.h th tr t. r pd l 4 8 N v btr 20, 20 th r l f ff nt f l t. r t pl n f r th n tr t n f h h v lr d b n r d t, rd n t h h th t b t f l rd n t f th rld ll b n
LAUREL HILL VERMONT APRIL 2014
MY Y / OVR O OP MP R OP Y R Y K R U M R PK R R OM R P U ROU P O R RMP OO R MP MOU R RR UR R OU V OR V M O OR R OP R R R OO JOV Y V R V OO Y OUR PKY U V O VY MP O R R UR R R O O V R R R R RO Y P Y QU RU
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
828.^ 2 F r, Br n, nd t h. n, v n lth h th n l nd h d n r d t n v l l n th f v r x t p th l ft. n ll n n n f lt ll th t p n nt r f d pp nt nt nd, th t
2Â F b. Th h ph rd l nd r. l X. TH H PH RD L ND R. L X. F r, Br n, nd t h. B th ttr h ph rd. n th l f p t r l l nd, t t d t, n n t n, nt r rl r th n th n r l t f th f th th r l, nd d r b t t f nn r r pr
Computer Graphics. Viewing & Projections
Vw & Ovrvw rr : rss r t -vw trsrt: st st, rr w.r.t. r rqurs r rr (rt syst) rt: 2 trsrt st, rt trsrt t 2D rqurs t r y rt rts ss Rr P usuy st try trsrt t wr rts t rs t surs trsrt t r rts u rt w.r.t. vw vu
Minimum Spanning Trees (CLRS 23)
Mnmum Spnnn Trs (CLRS 3) T prolm Rll t nton o spnnn tr: Gvn onnt, unrt rp G = (V, E), sust o s o G su tt ty onnt ll vrts n G n orm no yls s ll spnnn tr (ST) o G. Any unrt, onnt rp s spnnn tr. Atully, rp
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
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
ENGLISH OS Ver Advanced Edit
E 1 ENGLISH OS Vr. 1.0 Avn Et Tl o Contnts Tl o Contnts Soun oprtn mo.........................1 T MIDI nnl..................................... 1 How to slt oslltors................................ 1 Souns,
19 21 SECTION A-A SCALE: 1 : 5
Mx. - g f Mx. -, / STON - SL: : / STROK: ( oyadan Korunacak Yüzeyler, ( TL SL: / SW-... estek Ringi estek Ringi O-Ring O-Ring ant Yatak ant Yatak Piston Omegat oğaz Omegat oğaz Nutring Toz Keçesi Rondela
0 t b r 6, 20 t l nf r nt f th l t th t v t f th th lv, ntr t n t th l l l nd d p rt nt th t f ttr t n th p nt t th r f l nd d tr b t n. R v n n th r
n r t d n 20 22 0: T P bl D n, l d t z d http:.h th tr t. r pd l 0 t b r 6, 20 t l nf r nt f th l t th t v t f th th lv, ntr t n t th l l l nd d p rt nt th t f ttr t n th p nt t th r f l nd d tr b t n.
Page of 5 Service Manual: SYSTM WIRIN IRMS POWR ISTRIUTI 003 hevrolet Monte arlo 3.8L ng SS ig : Power istribution ircuit ( of 5) USIL (0 -RUST) USIL (6 -LK) (W/NTI-LOK RKS SYSTM) USIL (8 -LU) STRTR MOR
24CKT POLARIZATION OPTIONS SHOWN BELOW ARE REPRESENTATIVE FOR 16 AND 20CKT
0 NOTS: VI UNSS OTRWIS SPII IRUIT SMT USR R PORIZTION OPTION IRUIT SMT USR R PORIZTION OPTION IRUIT SMT USR R PORIZTION OPTION. NR: a. PPITION SPIITION S: S--00 b. PROUT SPIITION S: PS--00 c. PIN SPIITION
Face Detection and Recognition. Linear Algebra and Face Recognition. Face Recognition. Face Recognition. Dimension reduction
F Dtto Roto Lr Alr F Roto C Y I Ursty O solto: tto o l trs s s ys os ot. Dlt to t to ltpl ws. F Roto Aotr ppro: ort y rry s tor o so E.. 56 56 > pot 6556- stol sp A st o s t ps to ollto o pots ts sp. F
CEDAR ISLAND / KEATON BEACH TAYLOR COUNTY, FLORIDA POST-HURRICANE HERMINE EXAMINATION SURVEY FY16 4-FOOT PROJECT
10 9 8 7 6 5 JUG ISLN R KL H R H R ROSMR LN W W HITTIL R JO MORGN R LRW TR RK R L M PNSOL GUL G O R G I TLLHSS JKSONVILL ORLNO OO TMP TLNTI ON N US rmy orps of ngineers Jacksonville istrict ST ON THIS
Minimum Spanning Trees
Mnmum Spnnng Trs Spnnng Tr A tr (.., connctd, cyclc grph) whch contns ll th vrtcs of th grph Mnmum Spnnng Tr Spnnng tr wth th mnmum sum of wghts 1 1 Spnnng forst If grph s not connctd, thn thr s spnnng
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
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
Fuel System. Table of Contents. Section 3B - Carburetor
Ful Systm Crurtor Tl o Contnts Stion 3B - Crurtor Crurtor Spiitions...3B-2 Crurtor Componnts...3B-4 Crurtor Ajustmnts...3B-8 Hih Altitu Ajustmnts...3B-8 Tillr Hnl Link...3B-8 Rmot Control Link...3B-8 Il
2004 Lexus LS 430 V8-4.3L (3UZ-FE) Vehicle > Powertrain Management > Diagrams > Electrical - Interactive Color (Non OE) Engine Controls - Page 1 of 7
//0 Engine ontrols (Powertrain Management) - LLDT 00 Lexus LS 0 V-.L (UZ-E) Vehicle > Powertrain Management > Diagrams > Electrical - Interactive olor (Non OE) Engine ontrols - Page of https://my.alldata.com/repair/#/repair/article/0/component//itype//nonstandard/00
Colby College Catalogue
Colby College Digital Commons @ Colby Colby Catalogues College Archives: Colbiana Collection 1872 Colby College Catalogue 1872-1873 Colby College Follow this and additional works at: http://digitalcommonscolbyedu/catalogs
learning objectives learn what graphs are in mathematical terms learn how to represent graphs in computers learn about typical graph algorithms
rp loritms lrnin ojtivs loritms your sotwr systm sotwr rwr lrn wt rps r in mtmtil trms lrn ow to rprsnt rps in omputrs lrn out typil rp loritms wy rps? intuitivly, rp is orm y vrtis n s twn vrtis rps r
(PP/2-1)x S(PP) SIGNAL CONTACTS 0.50 FRONT POLARIZATION KEY SEE TABLE DIM A ( 10.00) D D
IM #0. P[(+NN)/+] P(+NN) 0. PITH.0 PITH (/)x (NN/)x.. PITH (PP/)x (.) S[(PP/)+]... P POWR ONTTS P[(+NN)/] 0.0 RONT POLRIZTION KY S TL S SIGNL ONTTS S(PP/) IM.0 IM (.9) ROSS PS G R POSITION WHN ULL MT NOT...
Th n nt T p n n th V ll f x Th r h l l r r h nd xpl r t n rr d nt ff t b Pr f r ll N v n d r n th r 8 l t p t, n z n l n n th n rth t rn p rt n f th v
Th n nt T p n n th V ll f x Th r h l l r r h nd xpl r t n rr d nt ff t b Pr f r ll N v n d r n th r 8 l t p t, n z n l n n th n rth t rn p rt n f th v ll f x, h v nd d pr v n t fr tf l t th f nt r n r
Grade 7/8 Math Circles March 4/5, Graph Theory I- Solutions
ulty o Mtmtis Wtrloo, Ontrio N ntr or ution in Mtmtis n omputin r / Mt irls Mr /, 0 rp Tory - Solutions * inits lln qustion. Tr t ollowin wlks on t rp low. or on, stt wtr it is pt? ow o you know? () n
# 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
INSTALLATION MANUAL. intelligent Tablet Controller DCC601A51
INSTALLATION MANUAL ntllgnt Tlt Controllr Contnts Instllton mnul ntllgnt Tlt Controllr pg 1. Aout ths oumnt... 1 1.1. Trgt un... 1 1.2. Doumntton st... 1 2. Gnrl sty prutons... 1 2.1. Gnrl... 1 2.2. Instllton
176 5 t h Fl oo r. 337 P o ly me r Ma te ri al s
A g la di ou s F. L. 462 E l ec tr on ic D ev el op me nt A i ng er A.W.S. 371 C. A. M. A l ex an de r 236 A d mi ni st ra ti on R. H. (M rs ) A n dr ew s P. V. 326 O p ti ca l Tr an sm is si on A p ps
l f t n nd bj t nd x f r t l n nd rr n n th b nd p phl t f l br r. D, lv l, 8. h r t,., 8 6. http://hdl.handle.net/2027/miun.aey7382.0001.001 P bl D n http://www.hathitrust.org/access_use#pd Th r n th
On Hamiltonian Tetrahedralizations Of Convex Polyhedra
O Ht Ttrrzts O Cvx Pyr Frs C 1 Q-Hu D 2 C A W 3 1 Dprtt Cputr S T Uvrsty H K, H K, C. E: @s.u. 2 R & TV Trsss Ctr, Hu, C. E: q@163.t 3 Dprtt Cputr S, Mr Uvrsty Nwu St. J s, Nwu, C A1B 35. E: w@r.s.u. Astrt
PRECAST APPROACH SLAB NOTES
ULNS TS ULN RWNS RPRSNT TYPL TLS OR T SN N TLN O PRST PPRO SLS. TS STS R NLU TO PROV N XMPL O T RTN LYOUT O TYPL PRST PPRO SL. TWO RNT PPRO SL SYSTMS R SOWN: SUR PPRO SLS: SLS TT R PL WT T TOP SUR T OR