|
1
<br /> C U R V E D A T A r. MONUMENT COORDINATES (GA1D)
<br /> CUAVE RADJUB DELTA ARC CROI?D GEARING D19T: CURVE AA01U5 �EL1TA 11 AAC FEET CHOR�D BEAKING D��r cull E R�D��S oDE/TA// BEET CHOROD GEAR/rn FEET N0. NORTHING (1') EA5TING (x)
<br /> N0. FEET 0 I u FEET o 1 u FEET N0. FEET
<br /> 0 40 12 I.GGrr 47 49 5r 00 40.90 AI 22 42 0 W 39,08 / 543,501.00 !,?✓�29,75G.GI
<br /> 1 036 4� 05 31 GZ07 Al l4 /2 15 W C'?05 2 075 0 05 51 G!0 N ,55 Ol E 63 09 /�b 47 W d4 00 17.01 Al 12 38 00 E IG.92 2 543,524.91 1, 752,Md 12
<br /> 2 /lap Q2 28 oG 49.54 Al 11 37 35 W 4954 r,7 975 03 42 30 310
<br /> 7 5 0 U') 3G.91 Al 88 30 0 W 35 97 4 975 02 68 05 4707 Al 84 39 43 E 47.07 ac - 47 18o 0 0 147.05 9 G7 0 00 E 94 cb .3 54 347.74 1 752 99 44
<br /> 3 4 4
<br /> 4
<br /> 47 49 GD DO 10,?0 Al 4/ 3d OD W 38,98 G2 GE 975 0G 3G c� 112.43 5 8G 33 5d W 1/P.37 ?r 029 08 /4 37 9iD.a0 N 7G Q? 42 W 94.42 4 54736,53 1,7y ,940.52
<br /> 4? 39 3D � 48,81 S 12 45 00 W QG�G4 2225 0 x 09 /0.92 Al 83 28 45 E I6.92 029 0G 22 C� 09.89 5 8Q 0! 417E G9.BG 5 543,830.07 1,753,246.45
<br /> 5 029 OIG 22 0 0!!89 b 89 37 Cb W G9.8G a 54 413.78 1 ?84 057.28
<br /> c 41 30 � OD 25.02 N 57 45 OO E 2Q,72 � 2225 Ol 37 30 63.32 N 84 30 45 � 03.32
<br /> 3 - G
<br /> 47 ! 00 0 ?5.00 5 .5 0 0 E 9, 94 7 2225 01 37 35 G3.IG Al 8G 08 27 E 0-IG 4 029 OG 22 0 6989 5 63 15 00 W 69.86 7 543,236.60 1,764,079.1/
<br /> Q225 0/ 37 0; G3.oG N 87 45 5tq E G3.G: - � GZ9 G1% 22 � �•°0 5 7G b3 00 W 69.80 8 543234.52 !,753,983.1
<br /> l pQ /7.7? N 73 45 00 E /7.77 G9 2225 01 37 21 6301 Al 99 23 22 E 63.0 � 029 00 42 0 7.69 N 73 21 CO E 7.08 9 54 247.3G /,753,807.20
<br /> 7 679 0 ?1 -t� G 29 34 ?4 37 3??.7G 5 89 47 41 E 372.!1 to 543,20.G8 1,753,196.98
<br /> e 079 05 !0 0 01.23 u 77 C15 0 E 01.21 70 22'25 0/ 37 21 03.01 5 88 59 !1 t: G3.G17 / 1160 01 4/ 27 33.94 Al !1 14 1G W 3J.94 tl 543,253 78 1.753,080.94
<br /> mto079 05 l0 0 61.23 A! 82 15 0 E 61.21 71 2226 0l 37 'lG G3.G10 5 87 21 5d E G3.OG © . ,752, 986.09
<br /> 479 05 /0 00 61.23 Al 87 25 0 E GI-21 72 2225 01 37 35 63.10 5 85 44 23 E G3.lG
<br /> r ! Cb G1.?3 S 8? 25 CXR E 01.21 73 2225 O! 37 49 13.31 6 84 O✓ 42 E 03.3/ 704 O1 30 00 20.60 5 73 45 0 W 20.GYJ -- tJ 543,71?.32 1, 752,877.67
<br /> 1 679 a5 0 /36 704 05 10 00 68.89 5 77 05 0 W 68.87 14 5d3,G°.G.28 1,752,884.10
<br /> 11 079 03 10 A0 01.23 S p l5 0 E G1.2I 74 2225 DI 38 09 63.53 5 82 26 43 E 63.52
<br /> 13 679 05 !0 00
<br /> 61.23 ✓ 77 05 0 E 61.21 75 2225 ev 53 48 34.82 5 81 12 44 E 34.82 IN 704 05 16 010 G8.90 5 82 15 0 w 68.87 r3 343,BOG.G6 ! 753,09317
<br /> ta 079 0-4 l0 00
<br /> 61,23 5 71 55 0 E G!.21 � - 75 2225 15 58 29 021;130 AI 88 45 05 W 0/8.35 704 d5 IO 0 68.89 5 87 25 DOW 68.87 1G 543,737.02 1� 753 433.04
<br /> / 679 05 10 00 01.23 5 6G 45 0 E G1.2/ x 975 Ol 4/ 4G 28.86 5 8/ 36 43 E 28.86 �� G4 0 �0 0 68.ae.89 Al 82 /5 00 W G8.87 r8 `,.43,00577 /,753 432.08
<br /> 5
<br /> 1G 679 05 10 06 61.23 9 61 35 00 E 61.21 77 975 03 43 !2 63.30 5 84 !9 12 E G3'� r�, 764 05 16 00 08.90 N 77 05 0 W 08.87 - l9 543,8085 /,753,150.89
<br /> 06 10 00
<br /> t7 079 05 /0 Cb G1.?3 5 5G 25 00 E 61.21 78 975 Cao 42 14 80.05 5 88 3/ 55 E 80.02
<br /> tg 079 05
<br /> 10 0 CII-23 5 51 15 0 E Q.21 Z 78 975 10 D? !2 172.2/ 1J 85 49 2G w 17!.66 764 05 10 DO 6890 N CO 45 DO W C8.87 543 493.9!5 1753 218.6?
<br /> 19 G79 05 ID 0 G1:23 5 46 66 W E 61.21 70 2bo 08 3G 52 37.3 N 11 18 ga W 37.55 rat 7 4
<br /> 20 G79 05 10 00 Gl•?3 5 40 55 0 E 01.2/ 2.50 OG 42 /8 29.25 Al /8 38 0/ W 29,24
<br /> 704 05 10 0 68.89 Al Gl 35 Cb W 68.87 .543,482.?4 1,75 3,705.84
<br /> 00 W 6887
<br /> 01.23 b 35 45 DO Cr01.21 ®-® 250 15 19 /0 GG.84 6 14 39 35 E GGG4 r 764 p 10 00 08.89 N 1506 10 00 G8.00 Aj X 5 00 W 68.87 23 543,592 1,753,904.40
<br /> 2/ 079 05 /0 0 40 704
<br /> 22 079 05 10 DO Gl.23 ✓� , D 35 0 E 61.21 8/ G29 05 30 4/ 60.50 N 26 04 3p W 60.48
<br /> 23 079 05
<br /> 42 2G 67.63 Al 25 08 47 Yy 67.71 8 029 00 37 57 54.b2 N 18 50 W 54.60 /4r 704 05 10 0 68.89 u 4G 05 0 W 08.87 543,462.38 1,754,201.29
<br /> d2 26 /663.65 u 64 38 47 w 914.89 8I -® 029 Io 28 38 1/5.02 5 27 33 29 E 1/4.86 / 764 05 l0 0�0 GB•90 Al 40 55 0 W 68.87 x 543,x44.95 /,752,74 a5
<br /> 7 - 23 079 84 764 05 10 00 68.89 Al 35 45 0 W 08.8? 641406-89 ! 752,759.08
<br /> 90 10 23 20 �1G32 5 12 11 40 E 1G.30 83 275 02 02 0 910 6 5d 4/ 0 W 9.70
<br /> B4 275 /2 40 AO 60.79 5 G2 02 � W 60L7 � 704 05 to 0 68.89 Al � 35 0 w 68.87 28 30,41-1.70 1,75 2,733.68
<br /> 5 275 12 38 0 GO.G4 5 74 4! 0 W Go.S! 45 764 O4 00 00 6,3.34 5 26 Glp 0 E 53.33 29 543;744.70 1,752,093.03
<br /> 129 - r4 704 83 00 DD ItGG.75 5 65 30 0 E 1012.48
<br /> 26 G0 /7 57 20 18.80 5 AB 24 40 E 18.7.3 275 12 37 55 G0.63 5 87 18 -67- W 11.2 146 /°.0 08 17 42 27,5/ 9 !g 51 09 E 27.48
<br /> 27 60 39 ;?G 00 41.29 5 ?0 17 00 111 40.48 8? 215 02 2t3 21 11.23 Al 85 l! 54 W 11.23 4? /9b 04 38 23 15.38 5 13 23 E /✓`.39
<br /> 28 0 39 W 00 41,30 5 59 43 0 W 40.48 e3 - 87 275 42 18 1G 203.05 Al ?4 49 08 E 16?0 4c - r4 190 12 A0 05 42.89 5 17 3/ a9 E 4?.80
<br /> co Zo 04 /8 21.02 5 0 26 09 w 20.91 8B 2395 Ol 14 40 52.02 N 84 39 04 W 52.02 148 210 07 37 39 27% 5 14 52 45 E 27.94
<br /> _29 GO 110 53 38 122.41 5 41 w 29 W 10220' 9 93.9.5 Ol x 38 03.14 Al 8G 01 43 W 63.14 14 758 00 02 44 O.GO Al /B 39 49 W 0.60
<br /> l0 23 20 1432 Al 85 4/ 22 W 16.30 239501 30 w 03.05 N 03
<br /> 87. 32 17 W .06 �? /? 31 43.90 u14; 59 05 W 43.99
<br /> 3J 1025 02 36 48 48.75 Al 89 94 as W 4075 9/ 2395 0/ 30 % roam Al 89 02 45 GIl G3D0 � ?58
<br /> 11 ,� 24 W ¢3.t0 2 2395 0 41 58 292d 5 89 5! 03 rt' X24 tat 756 05 29 38 72.68 Al 12 34 30 N 72.65
<br /> lop 03 31 40 G,3 Al talc758 o,5 42
<br /> 1025 03 32 51 GAO AJ 82 58 09 W 63.45 BS -9© 2395 06 28 !2 27045 5 87 15 `W E �6 s ?58 OB b4 45 J77. Al 00 20 OG E 117.91
<br /> 4 1025 0 25 53 7.72 N 80 58 4? w 772 lo 03 4,30 A) 8494 GO 39 27 44 41.33 Al81 09 24 W 405 1 758 04 Jl 55 55.55 N OG 53 2G E 65.53
<br /> 1025 10 07 l2 181.04 Al 8S 49 % W 18o,8J /4 /•� 7M 27 40 5B 300.23 0 04 51 05 E 362.68
<br /> 2175 OJ 28 26 55.95 Al 81 'v 03 w 55.95 95 60 33 58 01 3557 N 44 Z6 32 IV 35.05 1000 /0_07 12 176.03 a 85 49 2; W /7X•40
<br /> .�6 2175 Ol 40 17 63.45 Al 83 04 25 W 63.44 60 2G 40 51 27.94 Al 14 07 05 W 9?,0 ___
<br /> sc 2200 J5 5d 29 G 13.38 Al 88 45 05 W 611.40
<br /> 2175 01 39 58 03.25 N 84 44 32 W 0324 9s 9G GD l0 aG 3G 104.84 5 0 49 58 E 1636 1000 x .3G 2c 115.32 5 8G 33 54 iv 115.25
<br /> B 2173 0! 39 44 63,10 Al 86 P4 23 W 6310 97 90 /0 23 20 18.32 Al 11 41 20 W 10.71 im 1175 08 39 /3 177.46 5 62 02 28 E 17729
<br /> 39 2175 01 3938 63.04 N 88 04 04 W 63.03 98 1370 01 02 0 24.71 5 I1 41 0 tc 24.7!
<br /> 2t G1 39 35 (03.00 Al 89 43 41 W 03.0 99 1370 03 07 31 74.73 Al /3 45 4G W 74.72 /se g 59 175 19 j2 07 3W,84 Al 07 p9 00 W 3912.00
<br /> 41 2175 0/ 39 37 63.02 5 88 V 43 W 03.02 -® 1370 04 09 31 994d 8 13 /7 25 W 4 45 E �.70 O O Goo 09 00 00 9425 9 0/ 30 0 E 94.15
<br /> 42 ?I?b Ol 39 45 03.11 5 8; 57 02 W 63./1 kb 1420 02 14 51 35,70 Al 4 115.01
<br /> rot 142o 02 LID 0 49.57 5 12 10 0 E 49.W /c/ Goo /1 0 0 115.19 5 11 w 0 E
<br /> ,r 4 2175 p1 ;89 57 FA24 5 85 17 /1 W 03,23 r`l GD Qo 0 0 269.44 Al 07 0 00 W 208.38
<br /> 44 2175 P1 (l 132 442G 5 83 51 27 W 45.28 /a1- or 1420 04 /4 51 105.27 u 13 17 05 W17 04 E l 97 ®` 054 40 0 0 454.58 5 87 DO 0 E 447.30
<br /> 5 -44 2175 l5 ;58 29 GQG.42 Al 88 45 05 W 644.45 47 45 DO 00 ',X'..91 Al 22 � 054 30 40 0 ".04 5 5/ 40 00 Cr 34588
<br /> 4 1025 P1 47 x8.1 5 B3 a6 05 W 18.12 3 47 45 DD Gip 36.92 Al 07 OIO La E 35.9? 104 054 I? 41 /0 201.8$ 5 27 29 25 E rol.08
<br /> 1025 p3 131 �3 �,3�18 5 86 02 ?G W �3,IG 47 45 00 0 36.91 6 2 :9 E 35.97
<br /> O � b3 � �� 5 � �0 l4 W x,90 D Q? 45 DO 0 A;-0/ 5 22 3 � E 35.9? 2 - G4 054 88 21 /0 IURB.� 5 62 49 25 E 91/.50
<br /> 4r 125 -r 47 180 00 0 147.05 5 89 30 04 W 94.Gb cs 2b0 42 18 /G 184.59 N 74 49 OBE 180.42
<br /> 45 - 47 1025 7,v:
<br /> i 2X /law 5 8G 3 54 W !J •13 rc 2420 0G 28 12 ?73 27 5 87 15 .50 E 273.13
<br /> 48 a0 3 � 16.32 5 84 40 27 W 16.30 2445 Ol 18 0/ 5✓`49 Al 88 2? Ol W 6349 1395 05 45 55 140 37 5 14 02 5? E 140.31
<br /> 49 60 3/ l3 31.90 AI 85 15 37 W 31.58 0 2445 Ol 28 db 62.59 5 87 04 017 E G2�
<br /> GD .� 0 QO 52.36 A/ 0 0 GD W b47/ 3 2445 01 28 0062.59 5 85 3G 00 E G?0
<br /> 5/ 60 6 40 00 3d.22 A) 0 39 46 W 33.75 2445 010 50 IG 3b.75 5 84 20 52 E 3575 TRACT NO. 2478
<br /> 9 5/ 60 113 ll 42 118.54 Al 43 55 22 W 10.18 /z-(1 2445 05 04 17 216.4? u 86 33 53 W 26.34 SUBDIVISIONS OF SAN JOAQUIN COUNTY
<br /> 52 90 /0 23 2n Tr,32 N 07 28 49 E 10.30 N/o 225 /0 40 !To 41.91 5 89 21 52 E 41.84
<br /> 53 1 o 10 50 31 %,07 N Dl 21 53 E 30.97 225 1g . Al 73 39 0 7o BROOKSIDE ESTATUNIT NO. 8
<br /> 1150 02 49 39 50.15 N 0 58 12 W56.75 225 08 20 0 32.12 Al 57 50 0
<br /> 3 - 11,56 04 40 Io 93,72 N 0 o2 x w � !10 - I2 225 42 18 1G 140./6 5 74 49 08 W 162.38 BEING A PORTION OF SECTION 301 T. 2 N., R.6 E.,
<br /> 030 OZ 69 42 3293 5 01 30 09 w 32.93 // 029 06 07 48 67.30 Al 42 66 OG W 6720 M. D. B.8i M., CITY OF STOCKTON,
<br /> 120 02 54 35 60,94 Al l3 40 17 W G094 114 029 07 49 B 83,E Al 51 3G 58 W 83 d9 54 40 w 74 SAN JOAQUIN COUNTY, CALIFORNIA
<br /> s !20 03 !3 00 67.37 5 IO M 3O E G 7.30 / 029
<br /> 5a 1200 03 20 0 69.81 5 07 20 0 E G9.8D Q' a 029 21 32 25 ?.30.47 b X X 26 W MOS R.W. SIEGFRIED 81 ASSOCIATES CIVIL ENGINEERS
<br /> 39 1200 a3 20 0 49.82 5 o4 00 0 E G9.&) l� 47 /7 oD 0 13.94 5 8/ 3d oo STOCKTON, CALIFORNIA MAY , 1991
<br /> GD 12Q7 03 c'?0 0 09,81 5 00 40 CSI E G9 80 118 4? 49 0 � 40.26 Al � � 49 W �,� .
<br /> a/ I" 01 17 09 26.93 5 0/ 38 35 w '60.93 SHEET NO. 2 OF 4 SHEETS
<br /> 0-G1 1200 17 ?4 44 36445 a OG 25 /3 W 363.28
<br /> 5295-H-4
<br /> 1
<br />
|