Tafel

11.

Koppe]

-Tafel nach

Graden.

Zahl = 53.2

28

3rad.

Dist

Br. U.

Abw.

Dist

Br.U.

Abw.

Dist

Br.U.

Abw.

Dist.

Br.U.

Abw.

Dist

Br.U.

Abw.

1

0.0

0.5

61

53-9

28.6

121

106.8

56.8

181

159.8

85.0

241

212.8

113.1

2

1.8

0.9

62

54-7

29.1

122

I0 Z-7

57-3

182

IOO.7

85.4

242

213-7

113.6

3

4

2.6

3-5

1.4

1.9

£3

64

55.6

50-5

29.6

30.0

”3

I2 4

I0Ö.6

IO9.5

m

43

184

161.6

162.5

Ü+

2 43

244

214,6

215.4

114.1

114.6

5

4.4

2-3

65

57-4

3°-5

I2 5

IIO.4

587

185

163-3

86.9

245

216.3

115.0

6

5-3

2.8

66

58.3

31.0

126

in.3

59- 2

186

164.2

875

246

217.2

H5-5

7

6.2

3-3

67

59- 2

3i-5

127

112.1

59-6

187

165.1

87.8

247

218.I

116.0

s

7-1

3-8

68

60.0

3 s -9

128

113.0

OO.I

188

166.0

8A3

248

219.O

116.4

9

2-S

4.2

69

60.9.

3 2 4

I2 9

”3-9

60.6

189

166.9

88.7

249

2t 9-9

116.9

IO

4-7

70

6l.8

3 2 -9

130

1147s

6i.o

190

167.8

89.2

250

220.7

H7.4

II

9-7

5 1

71

62.7

33-3

131

”57

61.5

191

168.6

89.7

251

221.6

H7.9

12

10.6

i 6

7 2

63.6

33-8

132

IIb.5

62.0

192

169.5

90.1

252

222.5

1183

13

n-5

0.1

73

64.5

34-3

133

II 74

62.4

193

1704

90.6

3 53

223.4

ii8.8

14

12-4

6.6

74

<?5-3

34-7

134

118.3

62.9

194

171.3

91.1

254

224.3

119.2

15 .

13.2

7.0

75

66.2

35- 2

135

119.2

634

195

172.2

91-5

2 55

225.2

119.7

l6

I4.I

76

S' 1

357

136

120.1

63.8

196

173-1

92.0

256

226.0

120.2

'7

15.0

8.0

y

77

60.0

36.I

36.6

‘37

121.0

64-3

197

x 73-9

92.5

2 57

226.0

HO.7

l8

78

68.9

138

121.8

64.8

65-3

198

174.8

93.0

258

227.8

I2I.I

19

16.8

8.9

79

69.8

37- 1

139

122.7

199

175-7

93-4

259

228.7

121.6

20

17.7

9-4

80

70.6

37-6

140

123.6

65.7

200

170.6

93-9

260

229.O

122.1

21

18.5

9-9

81

71-5

38.°

141

I2 4-5

66.2

201

177-5

944

261

23O.4

122.5

22

19.4

10.3

82

7 2 -4

38-5

142

125.4

66.7

202

178.4

94.8

262

231.3

I23.O

23

20.3

10.8

«3

73-3

39-o

143

126.3

67-1

203

179.2

95-3

263

232.2

I2 3-5

24

21.2

”•3

®4

74- 2

39-4

144

I27.I

67-6

204

l80.I

9p

264I

2 33- r

123.9

2 5

22.1

11.7

85

75-i

39-9

145

I2Ö.O

60.1

205

l8l.0

96.2

265

234.0

124.4

26

23.O

12.2

86

75-9

4°-4

146

!28.9

68.5

206

181.9

96.7

266

2 34-9

124.9

27

23.8

12.7

87

76.8

4O.8

147

I29.Ö

69.0

207

I82.Ö

97.2

267

235.7

125.3

28

24.7

I3 1

88

77-7

4 I -3

148

130.7

69.5

208

183.7

97-7

268

236.6

125-8

29

ij

'3-6

89

78.6

41.8

149

131.6

70.0

209

1844

9g-i

269

237-5

126.3

3°

26.5

14.1

90

79-5

4 2 -3

150

132.4

7°-4

210

1854

98.6

270

238.4

126.8

31

11

14.6

9i

80.3

42.7

151

133-3

70.9

211

186.3

99.1

271

239-3

127.2

32

28.3

I 5-°

92

81.2

43- 2

152

I 34- 2

7 r -4

212

187.2

99-5

272

240.2

127.7

33

29.1

93

82.1

437

153

I 35- 1

71.S

”3

188.1

100.0

m

241.0

128.2

34

30.0

l6.0

94

83.°

44-1

154

136.0

7 2 -3

214

189.0

100.5

274

241.0

128.6

35

3°-9

l6.4

95

83-9

44.6

155

I38-9

72.8

«5

189.8

100.9

275

242.8

129.1

36

31.8

I6.9

96

84.8

45-1

156

137-7

73- 2

2l6

190.7

101.4

276

2 43-7

129.6

37

3 2 -7

17-4

97

jji- 6

45-5

157

I38.6

73-7

217

191.6

101.9

277

244.6

130.0

38

33- 6

17.8

98

86.5

46.0

158

139-5

74- 2

2l8

192.5

102.1

278*

245.5

130.5

39

34-4

18.3

99

87.4

46.5

159

140.4

74.6

219

1934

102.8

279

246.3

131.0

40

35-3

18.8

100

88.3

46.9

160

141.3

75-i

220

194.2

103-3

280

247.2

131-5

41

36.2

19.2

IOI

89.2

474

161

142.2

75.6

221

195.1

103.8

281

248.I

r3i-9

42

37-i

19.7

102

90.I

4 7. 9

162

143.0

76.1

76.5

222

196.0

104.2

282

249.0

I3 2 4

43

38.O

20.2

103

90.9

48.4

163

H3-9

22 3

196-9

104.7

283

249.9

132.9

44

38.8

20.7

IO4

91.8

4Ö.8

164

144.8

77.0

224

197.8

105.2

284

250.8

133-3

45

39-7

21.1

i°5

92.7

49-3

165

1457

77-5

225

198.7

105.6

285

251.6

133-8

46

40.6

21.6

106

93.6

49.S

166

I46.6

77-9

226

199-5

106.1

286

2 5 2 -5

134-3

47

41.5

22.1

107

94-5

50.2

167

147-5

78.4

227

200.4

106.6

287

2534

134-7

48

42.4

22.5

I08

954

5°-7

168

148.3

78,9

228

201.3

107.0

28s

254.3

I35- 2

49

43-3

23.O

109

96.2

5I 1

169

149.2

79-3

229

202.2

107.5

289

255.2

I3S.7

5°

44- 1

*3-5

HO

97.1

51.6

170

I50.I

79.8

230

203.1

108.0

29O

256.1

136.1

51

45.0

2 3-9

III

98.0

52.1

171

I5I*0

80.3

2 3I

204^0

108.4

29I

256.9

136.6

52

45-9

244

112

9 8.9

52.6

172

I5I-9

80.7

232

204.8

108.9

292

257-8

137-1

53

46.8

24.9

113

99.8

53-i

173

152.7

8l.2

2 33

2 °5-7

109.4

2 93

2 58.7

137-6

54

47-7

25.4

n 4

100.7

53-5

174

153-6

81.7

2 34

206.6

109.9

294

259.6

I38.O

55

48.6

25.Ö

“5

IOI-5

54.0

175

154-5

82.2

2 35

207.5

110.3

295

260.5

138.5

56

49-4

2 6-3

Il6

102-4

54-5

176

155-4

82.6

236

208.4

110.8

296

26l.3

139.0

57

5°-3

26.8

117

i°3-3

54-9

177

156.3

83.1

237

209.3

111.3

297

262.2

1394

58

51-2

27.2

Il8

104.2

55-4

178

157.2

83.6

2 3°

2I0.I

111.7

298

263.I

139-9

I 9

52.1

27.7

119

105.1

55-9

179

I5O.O

84.0

239

211.0

112.2

299

264.O

140.4

OO

53-0

28.2

120

IOÖ.O

56-3

180

158.9

84.5

240

2II.9

U2.7

300

264.9

140.8

Dist.

Abw.

Br.U.

Dist.

Abw.

Br.U.

1

Dist

Abw.

Br.U.

Dist.

Abw.

Br.U.

Dist.

Abw.

Br.U.

Zahl = 188.1

62 Grad.