TAMLE 3.15 VELOCITY OF APPROACH CALCULATED PROM RATE CF RISE OP STD-GTIR Velocity of Approach Veloe.ty of Approach (5% tc 100% oF pear.) 90° Modelo thisoras vBieeness 1 we Se LAR TH (a) Ce) (5% to 100% of peak) 50° Models =<OTknesh Sh iserese 2 OR (x) = 800 (ay |«6tDicrass 2120 (x) tolceness 8 wo (x) wAROO:? Uw. ae 3 cha 6 DL 7.4 38.0 zx 25 » sY.) z. 5a 6 za a Ps.0 Mobs wR d.c TAR S.oee AS 22.8 ee OR 5.2 ie 7 oT 1g 3 aL 13 6 ye 17 61 3 u . 6 2 as 52 32 us . 6 “0 20 v2 a5 we2 Ne hy Dm 593 sthd 28 a 6 ye a UMBRELLA uid U2.7 6 51 61 ey 53 «0 2 20 M7 cL 3.9 DA 45 ce 6.k U 3.9 cL 3-4 ct 6.0 DLL 6.6 mL 6.2 DL 16.0 7 - T 62 nv 62 mn -» 20 - 6 6 z so ws ua . a : 5 aT 1s “ xe a7 2 ba 27 3 a Te 56 6a 6 4? 6 2 . i? - - % 60 a3 43 24 w Mw 33 6 2 as 60 19 22 43 13 23 Ms 19 12 ‘ode w 10 #8 oY) Wipe 35 cf 23 7 35 B oe 9 zr Wg 6 DF 16.6 ORR 35 mp 67 2 by . u xB is ag &o F} to 9 ag as wB 2 a 93 jo 7] 10 é x rs M2 wb 109 8 a 12 7 Le 40 D2.7 Dad o .9.2 D 22.0 OR L2.2 16 az z 3T 2 au 6 a u ie a 3 9 “7 2 u pay 54 2 $v] 48 a B 33 2B ar a a T2 ye 9 a 7 L $ 9 » ay 2 4 a @See Sect:ssp 1.3.2 and Appentix A-3. wencte: record obtained fras sec-CTIR. TABLE 3.17 RADIAL VELOCITY CY ESPARSION COMPUTED PROM RATE OF RISE CP STD-GTER (Mevement of photsgrept:: surge cecter used to estimate surzace vist) Nam aal Position Bear:ng and Distance of Photog-snbic Surge Center,X Bearing fraa Matica Distance Frau Mistion deg (true) Fs Us oro 6000 DL 7.1 223-12 5660 Red -TCA dind (avg Compenent BF = 100%) Along Station Rasius an mots (upwind * Ch. cite: cOlceness 3168 Tle tLicasess met imicts wets mncts 25 WAEDO: cL 3.9 CL 4.6 Uhb-1/2 Lee-L2 Dé.0 sé DRA 22.5 CR «ii 291, 2 351 on 4.5 oP 9.0 PRR 6.8% CA $.2 Mz tet WERELLA: U2.7 B39 ou 23 cL 6.6 m6 5 OL 6.2 5500 “15 2. “1.4 =i 8 7 Th el2.4 1s & 9.9 Lu = 2 0.63 6.6 2850 4325 90 6 Lad 53900 Sise 0.60 0.86 0.62 1 39 pa 1s 9410 2590 ead Bugo 6100 5420 Bsc $230 ae 6200 4 Su 18 de we 3 § 10 ok 2 a oe LT =} is 3 6 uf 2 Bs 9 12 Gd o. wt. 7 +97 68 -u.2 60 a 72 2 2 55 25 64 21 2 48 50 2 8 is th 32 Bl 8.9 =A3.1 103 a5 1 ~” ¥@ 2 62 2s -~ “12.7 wed “10.5 “75 _~> ela ” 10 a3 1 23 27 sé a x ut vy 22 4 $ a 3 kh: at -19.0 792 14.0 «#83 8 66 0.79 2.81 ce 2 36 a2 9 x» 42 a 16 «22 0.42 0.83 6.51 “6 r-) 8 16 2.89 1.26 “lad 275-1/2 4 wo 250-1 2 u 2.61 dD 2z.c we 327-1 2 ta 6.5 3 2700 6600 OR 12.2 on 6.6 DAA 3.9 mrec.7 CR 49 52-592 rz 32.6 4.20 0.32 240 208 267-2 2 Z79 L466 7980 woo «HO BL .0 32.7 D 4.8 Bid 2 2 2.08 4350 068-2 2 69-1,2 WO-L/2 Le7-2-2 x Pah-1/2 a 530 2m 5100 5350 Bb7-1/2 “12? 0.65 1.40 5-1/2 259-1'2 286-1 2 MD-593 att Obl-2/2 2.25 670 5 3 ob Qo 3 6 ~ 6 235