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C U R V E D A T A CURVE AAD/U3 DELTA AMC CHORD 8EARlNG D1sr CURVE RAD/U5 DELrA ARC CHOl41J O&AR/N4 D16r CURVE RADIUS DEL rA ARC CHORD BEAMNG Dl-qr. CUAV6 AADIU6 DELLA 4AC CHORD BEARING 015r. A/c. Poor o I 11 FEET 0 i1 EEEr Iva FEEr o 1 u FEEr o / „ ci:Er No. FEET ireEr N0. Far o 1 u EEBr 0 I /1 F&Er I 4'J/ 08 IAO oo 6770 5 47 M 00 E 67.03 1?3904 04 06 /G W.44 Al 46 59 28 Cr 08.4-2 ll ?89 /2 X 010 60.68 8 /4 00 00 E 00.42 19 88 48 3G 29.45 N 33 35 42 E 2(0.59 2 2 9 21 •3341 AI 4 0 20 W .38 123964 08 39 25 /87.30 5 48 16_29 W 18?.12 289__12 00 00 60.53 5 28 06 00 E 60.42 110 N 010 010 XW 8 0/ 010 00 W 33.54 3 250 // W 39 49.30 Al 08 ;40 80 IV 49.42 ?29 02 56 IG 11.74 Al 45 24 65 E 11.74 1 28903 /2 m 16.22 6 35 86 ZB E /6.?2 81 /19 2G 0!0 00 .54.00 5 27 010 00 W 53.54 2 3 2,50 19 00 0 82.00 Al 2 A0 W 8252 co 229 31 46 03 /?G.07 Al 6? 46 04 E 120.03 /1 - 289 103 12 55 520.62 5 14 23 32 W 453.02 119 26 00 00 54.00 5 53 010 00 W 38,54 4 /9' .78 03 SO 25.69 Al 0; 0/ M E 23.93 0/ 229 03 ?0 54 /2438 Al 80 19 33 E 13.38 I418 3-4 49 60.49 85 W 01 C- 63.44 B3 119 12 00 CO 24.92 6 - 72 00 00 W 24.88 %o/ Q0 .40 5/ 1.49 Al 32 34 36 W 1.49 G/ 229 38 03 13 /62.09 5 62 38 23 W 140 N 2 /4/8 02 14 06 55.31 9 33 32 04 E 65.80 ao -1 119 90 00 00 18(0.92 9 33 40 00 W 168.29 G /D/ 09 2.3 W 10.66 Al ,?7 27 29 )V l6-.4) kfA 27/ 16 45 28 79.26 Al 73 37 16 E 78.98 2l - 1418 04 47 54 /18.75 S 34 49 68 E 1/6.72 119 5.9 5 .67 N M 0lel W 7/2 00 - 6 101 l0 14 1/ 18.04 N 27 5? 55 W 18.02 A3 27/ 58 /4 32 180013 Al 4G 07 /6 E 17744 23 /9 92 26 01 30.6_5 5 16 47 29 W 2143 B3 119 ?7 45 58 57.67 N 60 71 02 W 57A- 7 39 20 49 63 21,40 Al 33 /0 46 W 21.33 ps ?7/ 04 W 06 20.74 5 29 11 3? W 20.73 ? 19 87 25 21 28.99 Al 74 17 20 W W.2G �� 119 2528 03 5289 Al 33 44 01 W 52.46 8 39 34 /2 /8 .5G M Al 70 6: 5/ W N .?Q 271 W % 55 239.40 5 36 41 32 W 231.69 1293 02 31 .1/ 'x0.99 N 33 50 24 W 56.98 119 03 00 00 G.23 Al l9 30 DO W 0.23 9 39 ,33 J X28 S W 06 10 W 3.V ILO- 27/ 55 00 00 260.14 Al 54 30 DO E 250.27 1200 02 GG Q5 47.67 At 3G 09 32 W 4747 11 - a 119 84 00 oo 174.46 Al GO 0o 00 W 15925 7 - 0 69 110 45 N 114.06 Al 78 08 45 W 97:11 GG 748 55 00 00 238.06 AJ 54 .30 00 E ?29.03 - x 1293 04 38 10 104.60 N 34 53 47-N 104-61 119 /3 00 00 27.07 N it 30 07 W 2W04 b /0/ 0l 00 $8 /.78 5 44 58 39 W 1.78 262 38 03 13 1(07.37 Al 02 M 23 E 164.3! 414 03 12 5521 N 35 3G 28 W "M /l9 2G 00 00 54.0!0 Al 08 00 00 E 5354 11 /DI 07 A0 04 1?.34 8 30 30 00 W 12.33 !2/0.04 08 39 25 183.82 N 46 /6 29 E 183.05 /? 414 /2 010 00 86.71 Al 28 010 020 W 80.55 1 /19 26 020 00 54.00 Al 34 00 010 E 53.54 / - 1/ 101 08 A7 112 /4.1Q $ W 28 4/ W 14.11 G' 4450 0/ 38 020 124.04 Al 2/ 11 00 E M.85 00 414 1? oo 00 86.71 N 1G X oo W 86.38 1 /l9 210 010 00 .54.00 N GD 00 00 E 33.54 IM /9 v 4a .91,6/ 9 44 4) 40 W 91.19 7 4450 02 26 .34 188.0 9 /9 09 /6 w 186.41 AM 414 /0 55 M 7900 N 04 32 O/ W 78.88 ///9 05 00 0? 10.39 N 75 30 00 E /0.38 1 469 210 3 24 MIS 9 24 4G S7 W �Qt 7/ 419 2G 40 17 198.05 S 40 20 06 W 193.29 2 - 4/4 38 08 39 875.64 Al 18 018 29 IV 1M.49 - 119 W 020 X 199.39 Al 90 00 0 0 E 176.8 7 I 269 39 M 07 `187.04 5 34 31 58 W 183.07 7 419 X 19 43 426.55 Al 82 510 09. E 408 7' 3 386 Ob l/ 07 34.03 N O/ 39 3G W 34.92 /9 75 Oto Gb 2487 N 40 3d Gb E 23.13 14 /9 73 3 08 2439 9 31 21 29 W 8276 71 - 419 85 00 010 G21.60 Al G9 30 00 E 546.14 270 103 /2 65 486.39 9 14 23 32 W 423.?4 64 219 /4 28 00 55.30 N 10 14 010 E 55.15 16 /9 08 .51 57 2.04 N 87 25 39 W 2:94 73 1 1223 /6 21 /5 391,78 N 00 37 37 W 390/0 3 1431 07 /2 55 180.90 0 33 36 28 E 180.84 9 219 1/ 32 00 44.08 Al Z 14 00 E 44.01 t4 1 1 8? 0 05 87.33 S 66 47 27 W 2503 74 1223 28 39 53 011.87 $ 22 32 58 E 605.51 1437 IG 07 34 404.45 5 21 5G 13 E 403.11 4 -1 219 x 00 60 99.38 Al IG 00 CO E W.53 K 6G 38 2/ 30 38.47 Al 63 19 /5 W 3772 244 18 A0 00 76.66 Al 39_00 020 W 76.34 /3 -1 1437 23 20 20 385.41 Al 26 32 41 W 581.47 41 57 /4 44 40.96 Al 57 37 22 E 39.28 .!! 7G 04 DO dr444 Al 81 40 59 W 50.6 n 244 28 00 00 119.24 N 3/o Ge OD W u8.o6 I 100 3d o7 34 94.47 5 40 5G 13 E :0.99 19 4/ 3/ 45 /G 3704 5 67 52 .38 E 36.79 r 4/ 6.4 /6 .3G 38.12 8 93 38 /8 W X.76 244 08_07_34 34.01 N 17_36 13 W 34.5_6 /00_ 115_14 09 201.12 N 54 22 55 E 168.90 9iB 41 51 44 27 3703 5 1G 07 47 E 35.78 !9 41 75 42 .Y2 5418 .5 30 5/ 26 E 50.12 7 - 7 244 54 07 34 230 50 Al 40 W 13 W 2?2.03 a /000 /0 45 5l 187.87 A/ 08 87 05 W /87.59 41 6G 39 3/ 47.70 5 43 04 22 W 45.06 41 32. 38 38 38.39 Al 84 27 49 E 37.00 7 1293 02 07 34 47.98 Al /4 5G /3 W 47 98 50_0 /0 00 00 87.27 N 19 00 00_W 87.16 - 41 227 24 18 16?.73 5 37 /7 5/ E 75.08 7 - 4/ 2 3 00 1861+J 8 07 00 00 W -C-,V40- ? 1293 03 00 07 61.70 Al 17 20 00 W 67.0 481 09 5g 44 82.93 N /8 66 22 W 82.83 ,510 50 , /9 499 5 51 11 08 W 47.72 ? 4% 39 21 30 318.47 Al 77' M /5 E 37:72 1 1293 03 010 00 67.710 Al 20 W 00 W 47.69 �470 19 60 07 /G 29.88 N G8 6G 22 W 9;.90 64 22 57 59 22.45 5 14 28 59 W 22.30 /9 82 Q5 ob ?7.33 5 4/ 47 28 E 26.03 b/ 1293 03 00 00 67.70 Al ?3 IV 00 W 67.49 Ul/ 41 /1 00 00 7.87 5 71 X 00 W 7.80 5!0 73 24 /8 70.15 3 39 42 09 W 66.94 NO 10 09 06 47.66 9 06 80 ?8 E 47.60 Z 1293 02 25 2i 54.60 Al 26 12_41 W 54.60 ►4 _41 53 07 X 31.93 Al 70 -V 020 N 30.0 19 1 105 00 07 34.82 5 49 30 00 E 30.15 19 75 OB /2 ?4.02 9 110 30 OG W 23.17 8 - 1493 /9 32 65 W.6.75 Al 20 38 54 W 345.04 4 4/ 53 000 00 3793 Al 23 30 07 W .70.59 5/9 12 /8 49 111.53 N 04 39 /S W 1/1.31 4/ 86 914 /? G3.x' 9 ?0 /2 010 W 0717 11255 /G 07 34 303 22 9 121 5G /3 E 3 ?0:G t(�4� 41 _53_00 00 37.93 N 29_30_00 E 36.59 519 07 07 5.3 G440 Al 05 04 03 E 64.54 41 80 /3 67 67.41 9 64 06 69 E 52.84 4 12.55 07 12 55 /M..04 S 83 36 28 E 10294 41 /0 00 010 7/0 Al GI 00 00 E 7.15 519 08 04 00 73.07 N 12 40 00 E 73.01 41 X 67 W 18.20 Al 62 /7 ?0 E It.// 1265 23 20 29 511.?7 5 25 32 41 E 507.74 4+1 -(14 41 /80 00 010 1?8.81 N 24 00 00 W e?00 519 09 16 010 84.24 Al 2/ 2/ 00 E 0413 41 106 35 J.0 /89!00 s 33 23 % E 91.24 /9 87 25 ?l 28.99 Al l6 /7 20 E 2X.20 l9 327 00 DO 29.8d Al 21 010 009 26.87 19 46 11 ?J 10.96 Al 72 54 /8 E /b..5/ 19 92 25 Ol 30-Go 8 73 47 29 E 27.43 4) l9 90 00 00 2984 Al 69 00 070 W 20.87 - 519 3C 48 36 x33.44 Al 07 35 42 E 327.7,3 92/ 22 23 07 X34 Al 65 48 30 E 079mes 14/8 02 34 39 03.93 9 2G /7 29 E 03.92 4 251 l5 07 X 65.7/ S 58 30 00 W 6 6.52 19 90 00 00 '2'9.84 6 57 00 00 E TOW281 25 5G 45 / Al W 38 37 E 9922 1418 03 00 00 74.25 6 23 30 00 E 74.24 4 25/ 2/_22 00 9340 5 40 19 00 W 93.00 81 % 010 00 127.23 5 33 00 00 W 1/4.53 21 10,E i3G 2b V3i0/ Al 40 52 02 E ,13 91 69 1418 03 00 00 74.55 8 X 30 010 E 74.24no 25/ 21 22 00 9.3.60 6 18 57 00 W 93.04 8/ 84 0!0 00 118.76 Al GO 00 0.0 W 108.40 / 221 0/ 52 /0 41x233 Al 171 01 0.3 E 133,'34 9b 1418 03 010 00 TQ 25 5 17 W OD E 74.?4 25l 2/ 22 00 93.00 5 02 25 00 E 93.00 , 0/ 96 00 00 135.72 N 30 00 00 E 120.39 48/ 0 M 54 40.03 Al 28 .S8 27 E 49.9/ 9/ 1418 02 07 34 52.62 5 /4 % /3 E 52.02 251 20 1G DI 88.79 S 23 14 Ol E 88.32 1010 9G 00 00 /(07.55 Al 80 w 00 E ,48.63 3 481 28 19 42 237.82 A/ 46 OG 45 E 2N✓�'.40 ft- 91 1418 /3 42 33 339.29 5 20 43 43 E 338.48 3 25/ 03 50 54 /G.M 9 35 /7 28 E 16.86 1 /00 84 00 00 Mr,.Gl Al 40 00 010 W 1318) 48/ 34 /0 3G 287.75 A/ 43 08 18 E 283.48 2 Ile 08 07 34 14.88 5 /7 36 13 E 16.86 - 5 251 103 /2 55 452.IG 5 14 23 32 W 393.46La /00 90 00 Ob 137.06 9 33 00 00 W /4142 183 31 2/ 30 107./7 AI 60 44 45 E W03 3 1/9 28 010 00 M.1.45 3G 020 00 E 57.58 1456 02 OG 14 53.40_ 5 X 09 48 E 53.40 200 ?l0 00 00 00.76 Al IG 010 00 E 89.98 18.3 20 84 al 059/ Al BG 42 50 E 63.88 9 119 18 00 00 97." 9 59 00 00 E 37.2 � 1456 02 06 37 53.63 5 ,74 03 23 E 53.62 3X 38 DO 00 331.01 5 07 00 DO W 325.57 183 N 3G /0 10 ..88 Al W Ol 65 E I60.2G - 94 119 54 07 34 1/?,42 5 40 5G /3 E 108.28 1456 03 05 39 78.63 9 $/ 27 /5 E 7842 21 400 03 27 34 24.18 N 38 32 49 E 124.15 0 44 .40 /6 65.17 9 40 30 2? E 03.51 /19 09 00 00 18.09 S 72 30 00 E /8.07 13 1450 03 02 60 77 44 5 28 23 00 E 77 43 / 400 09 2? 35 24.15 N 02 00 23 E 24.15 ®3 27 /0 44 39.02 5 ?4 22 22 E J°J/I 9G He 32 00 00 GG.4C Al B7 00 001- C05-GOHM1400 03 00 38 76.30 5 25 2/ 10 E x.49 229 17 40 11 7042 Al 20 53 19 W 70.94 8J 72 /G 00 10,469 .9 4G 62 00 E 87.88 9 119 28 OG 20 W.37 Al 56 % 90 Cr 57.19 1466 02 59 00 76.81 S 22 2/ 27 E 7880 229 X 04 ob 1[Vl.l9 N 00 58 49 E 103.29 221 44 /2 /1 186.28 9 12 22 08 W /81.27 1/9 9t; 19 01 54.00 Al 29_44 09 E 54.18 co 1456 02_67 ✓4 ?5.35 5 19 23 00 E 75.34 n 229 04 0/ 69 16.12 N lG 01 5/ E IG-12 '051, 2/ 8/ 49 86.80 9 46 14 03 W 84.29 99 1/9 /9 48 48 41.19 Al OG 40 15 E 40.95 a 1456 02 69 /G ?608 9 /G 26 25 E 75.07 - 229 47 44 /5 190.93 Al U5 60 17 W 185.45 23/ G7 44 00 873.08 5 23 08 00 W 257.45 - 119 115 14 09 23934 N 54 2? 5G E ?0099 /G 1450 Ol 04 2/ 21.25 0 14 24 37 E 27.20 271 I,5 01 05 7/.04 Al 10 32 /8 E 70.83 /V M 00 00 29. 4 Al 78 00 DO W x:87 /019 00 45 51 13.59 Al 03 37 05 W 13.59 - c /46G 23 ?0 29 593.15 5 25 31 41 E 68907. 271 15 28 61 73.22 Al 04 42 40 W 73.Q0 41 260 50 X 00 218.17 N 32 00 010 E '?11.31 0 1019 04 00 010 71.14 N OG 00 07 W 71.12 (43 61 54 07 84 70.52 9 40 5G /3 E 73.70 271 /6 32 55 78.27 Al 20 43 33 W 7800 250 17 41 09 71.38 Al Ol M 00 W 7X07 / 10/9 04 020 00 71.14 Al 10 00 010 W 7/.12 6/ 44 28 55 62.88 Al 89 45 33 E 61.32 @ 271 47 02 5/ 22253 Al 05 28 35 w ?a 3 a Al 4 t 250 G7 44 00 29554 S 23 OB 00 W 27603 1019 0? 010 00 35.57 Al 13 00 00 W 35.57 c 81 70 45 /4 100.03 N 32 08 28 E 93.79 4 102 97 0 OG .19.13 .f 24 31 58 E 49.00 lol9 10 45 31 191.44 N 06 37 05 W /91.16 - 61 113 14 09 /(p?.9l Al 54 22 5G E 130.81 102 44 40 04 70)42 5 60 39 58 E 7752 519 02 00 00 18.12 Al l5 00 010 w 18.12 W 98! 05 22_46 92.08 N 05 65 20 W 9204 Pon CONTINUATION 5EE .6HE,&- r A - 102 7? /6 oo /te.46 6 46 82 00 E 120.29 MD 08 010 00 72.47 N '7.O 00 00 W 72.41 6 981 04 23 /8 75.14 Al /0 48 28 W 7512 Iv 0. 3 4 202 51 x / /8910 N 71 0/ 55 E 176.910 - 519 10 020 010 X.56 N 19 00 00 W 0.47 961 00 69 53 /7,09_ Al /3 30 04 W /7A9 !9 82 m /0 27.60 Al X $l D3 E W.14 / 9G 10 " 26 17.4/ Al 18 48 20 W /7.08 981 10 45 31 /84.3o N 08 3?oy W /84.03 TRACT NO. 2352 47 a?s 00 04 00 2.49 Al 8a 57 00 E x49 c 54 x 63 20 25.34 Al 27 03 20 W 2511 619 of I6 36 /I.6G Al 69_38 /8 E 1/.50 SUBDIVISIONS OF SAN JOAQUIN COUNTY 1455 A3 48 oo 94.61 N 82 X 010 E 94.49 c 54 48 4G /5 40-07 N 04 53 OB W 44.09 /9 07 00 00 63.41 Al 55 .30 00 E AW s 0 00 �G0/ Al 7 7 W 00 E �59� _ 5a 1D 46 40 10441 N 69 00 00 W 68:9 7 519 /9 00 0 0-41 17Z/I Al J§: o w 71:3 BROOKSIDE ESTATES, UNIT N0. 3 n 1 l4Q3 M 04 00 126.01 N 67 24 07 E 12.5.97 uo 9G /0 ?3 20 17.41 5 Go 48 20 W 17.38 1 - 519 34 IG ,3G 31049 A/ 43 08 /8 E 300.08 BEING PORTIONS OF SECTION 31, T. 2N., R.6E., 111 289 04 00 00 20.18 5 64 00 00 W 20.17 7 600 34 /(p 3G M-12 9 4J 08 IB w 294.611 SECTION I, T. I N., R.5 E., AN D SECTION 6,T. I N.,R.6E., 140 48 010 94.61 N � X 00 E 94.49 12 289 1? 00 00 60.53 3 5; 00 00 W 60.42 M D.B i k, C 1 TY OF STO C K TO N, 1421 08 48 X 94.31 N 59 12 00 E 04.49 /a 289 /2 010 00 W.53 S 44 00 00 W 60.42 401 07 09 .314 co./o N ft �.0 1A E Cu o6 SAN JOAQUI N COUNTY, CALIFORNIA 1,426 0 48 00 94.6/ 0 65 24 00 E 94.49 /4 289 /2 010 00 60.53 5 32 020 020 W 60242 x 481 /0 57 09 91.95 Al 1) 2/ D/ E 8/.it 1425 X 53 40 28.30 Al M 03 06 E ??W1 289 1? oo 00 roo33 6 2) 00 bo W G0.4? 481 10 49 25 00-86 9 be es 4 w sa 73 R. W. SI EGF R I ED a ASSOCIATES CIV14 ENGINEERS 48 78080 0 GB /6 OG W 771.1b 289 12 00 010 60.63 5 OB 00 00 W 00.42 481 09 03 52 70.10 S 07 2e 04 E 76.02 S TO C KTO N CALIFORNIA JANUARY 1990 -� !? AU 04 34 00 98.86 N M l9 07 E .08.83 1/ 289 12 00 00 00.,5$ 5 04 073 020 E 60.42 - � 481 38 00 00 819,01 3 07 00 00 W VM ' JANUARY, SHEET NO. 2 OF 15 SHEETS 1 j ! fl529b-C-4