Lærebog I Styrmandskunster
eller Styrmandskunsten practisk og theoretisk forklaret, tilligmed de dertil fornödne Tabeller

 128 Til Brede ved 2 Sol-Höider. Tabel 15. 0 Time. M. S. Log. | forlob. Tid. For- ,kjei. L. Mel-1 lemtid. L. Reis- ning. For- skjel. M. s. Log. | forlob. Tid. s For- I kjel. .. Mel-I emtid. .. Reis- ning. For- sk j el. 4 ft 0 1.76033 179 1.54070.' 1.18162 360 50 0 ( 1.66466 142 4 L. 63637 S S. 37482 288 10 ).75854 178 1.54249.' L18522 359 10 ( ).66324 142 4 L. 63779? 1.37770 287 20 ).75676 177 1.54427-' 1.18881 357 20 ( ).66182 141 L.63921: J.38057 286 30 1.75499 176 1.54604 £ h19238 356 30 ).66041 141 1.640(52 J. 38343 285 40 1.75323 17(5 1.51780: J.19594 354 40 ).65900 140 1.64203: 1.38628 284 50 ).75147 175 1.54956! 1.19948 353 50 ).65760 140 1.64343 1.38912 283 0 0.74972 175 1.55131: 1.20301 352 51 0 1.65620 139 1.64483! 1.39195 28:2 10 ).74797 173 1.55306 3.20653 350 10 0.65481 139 1.64622 ? 39477 282 •20 1.74624 173 1.55479: 1.21003 348 20 0.65342 138 1.64761: 1.39759 280 30 J.74451 172 1.55652 1.21351 347 30 0.65204 138 1.64899. 1.40039 279 40 0.74279 172 1.55824 <21698 346 40 0.65066 138 1.6-5037 1.40318 279 50 h74107 170 1.55996 1.22044 315 50 0.64928 137 1.65175 1.40597 278 jt) 0 1.73937 170 1.56166 3.22389 343 52 0 0.64791 136 1.65312 3.40875 276 -i — 10 ).73767 170 1.56336 3.22732 341 10 0.64655 136 1.65448 1.41151 276 20 >.73597 168 1.56506 1.23073 341 20 0.64519 136 1.65584 3.41427 275 30 ).73429 168 1.56674 3.23414 339 30 0.64383 135 1.65720 3.41702 274 40 0.73261 168 4.56842 3.23753 337 40 1.64248 135 4.65855 3.41976 274 50 1.73093 167 4.57010 3.24090 337 50 0.64113 135 4.65990 3.42250 273 4‘) 0 0.72926 166 4.57177 3.24427 335 53 0 0.63978 134 4.66125 3.42523 271 10 0.72760 165 1.57343 3.24762 333 10 0.63844 133 4.66259 3.42794 270 20 0.72595 165 1.57508 3.25095 333 20 0.63711 133 4.66392 3.43064 270 30 0.72430 164 1..57673 3.25428 331 30 0.63578 133 4.66525 3.43334 269 40 0.72266 163 4.57837 3.25759 330 40 0.63445 132 4.66658 3.43603 268 50 0.72103 163 4.58000 3.26089 329 50 0.63313 132 4.66790 3.43871 267 0 0.71940 162 4.58163 3.26418 327 54 0 0.63181 131 4.66922 3.44138 266 44: 10 0.71778 162 4.58325 3.26745 327 10 0.63050 131 4.67053 3.44404 266 20 0.71616 1G1 4.58487 3.27072 324 20 0.62919 130 4.67184 3.44670 265 i 30 0.71455 160 4.58648 3.27396 324 30 0.62789 130 4.67314 3.44935 264 40 0.71295 160 4.58808 3.27720 322 40 0.62659 130 4.67444 3.45199 263 50 0.71135 159 4.58968 3.28042 321 50 0.62529 129 4.67574 3.45462 262 0 0.70Ö7G 158 4.59127 3.28363 320 55 0 0.62100 129 4.67703 3.45724 262 •43 10 0.70818 158 4.59285 3.28683 320 10 0.62271 129 4.67832 3.45986 261 20 0.70G6( 157 4.59443 3.29002 319 20 0.62142 128 4.67961 3.46247 260 30 0.70503 157 4.5960C 3.29320 318 30 0.62014 128 4.08089 3.40507 259 40 0.7034C 156 4.59751 3.2963'7 317 40 0.61886 127 4.68217 3.46765 258 50 0.7019C 156 4.59913 3.29952 315 50 0.6175S 127 4.68344 3.47024 258 0 0.70031 155 4.600(5$ 3.30266 314 56 0 0.61632 126 4.68471 3.47282 257 10 0 69871 154 4.60224 3.30579 313 10 0.6150(1 126 4 68597 3.47539 256 20 0.69725 154 4.60378 3.30891 312 20 0.61380 126 4.68723 3.47795 255 30 0.69571 153 4.60532 ,3.31202 311 30 0.61254 125 4.68849 3.48050 255 40 0.69118 153 4.60685 3.31512 310 40 0.61129 125 4.68974 3.48305 253 50 0.69265 152 4.6083$ 3.31820 308 50 0.61001 125 4.6909S 3.48558 253 0 0.69113 151 4.60990 3.32128 306 57 0 0.60871 124 4.69224 3.48811 253 10 0.68962 151 4.61141 3.32434 305 10 0.60755 124 1.6934b 3.49064 251 20 0.68811 151 4.6129-2 3.32739 305 20 0.60631 123 4.69472 3.49315 251 30 0.6866C 150 4.61443 3.33044 303 30 0.6050b 123 4.6959? »3.4956É 250 40 0.68510 149 4.61593 3.33347 302 40 0.6038? 123 4.697U S3.498H 250 50 0.68361 149 4.61742 3,33649 301 50 0.6026^ 122 4.69841 3.50061 248 IR 0 0.68212 148 4.61891 3.33950 300 58 0 0.601« 122 4.6996( 3.50314 248 10 0.G8064 148 4.62031 3.34250 299 10 0.600U 122 4.7008; >3.50565 > 247 20 0.679H 147 4.62187 3.34549 298 20 0.5989( > 121 4.7020r 73.50801 ) 247 30 0.6776$ 147 4.62334 3.34847 297 30 0.5977. 121 4.7032t 33.51051 5 246 40 0.67622 146 4.62481 3.35144 295 40 0.5965 L 120 4.7044* 33.5130 245 50 0.6747C 146 4.6262'2 "3.3543S 295 50 0.5953 120 4.7056* 33.5154' 7 244 0 0.6733( 145 4.6277? 3.35734 294 59 0 0.594 b 120 4.7068* J3.5179 1 244 ‘4.7 10 0.6718? 145 4.629U 3.3602? 293 10 0,5929- 119 4.7080 93.5203 5 243 20 0.67041 ) 144 4.6306: 13.36321 292 2C 0.5917-' 119 4.7092 33.5227 3 242 3C 0.6689( i 144 4.6320r 3.36013 290 30 0.5905( 119 4.71047|3.5252 0 211 4f O.rø75‘ 2 143 4.6335] 13.3690? 290 40 0.589T 119 4.71160.3.5276 1 241 5C 0.6660 ) 143 14.6349/ 13.3719? 289 50 0.588k 118 4.7128 1 53.5300 1 *241