Pugsley's Tides: Standard Methods of Computing the Times of High Water and Low Water as Required at the U.S. Local Inspectors Examinations; an Examination SpecialtyR.M. Pugsley, 1916 - 128ÆäÀÌÁö |
µµ¼ º»¹®¿¡¼
58°³ÀÇ °á°ú Áß 1 - 5°³
6 ÆäÀÌÁö
... interval only . The " lunitidal intervals " or " corrected establishments of the ports " are the intervals between the moon's meridian passage at a given place and the following ... high water and low water intervals for various ports , 6.
... interval only . The " lunitidal intervals " or " corrected establishments of the ports " are the intervals between the moon's meridian passage at a given place and the following ... high water and low water intervals for various ports , 6.
7 ÆäÀÌÁö
... high water interval will be found in others and then half or quarter of a lunar day is applied to the time of high water found from the moon's meridian passage to find the times of the other tides for the given date . A lunar day is the ...
... high water interval will be found in others and then half or quarter of a lunar day is applied to the time of high water found from the moon's meridian passage to find the times of the other tides for the given date . A lunar day is the ...
8 ÆäÀÌÁö
Standard Methods of Computing the Times of High Water and Low Water as ... interval Oh 44m and gives the astronomical date and time of low water ... high water interval 6h 34m , which gives the time of high water 5d 01h 04m , and being ...
Standard Methods of Computing the Times of High Water and Low Water as ... interval Oh 44m and gives the astronomical date and time of low water ... high water interval 6h 34m , which gives the time of high water 5d 01h 04m , and being ...
9 ÆäÀÌÁö
... water interval + 44 Low water ( civil time ) 5 07 35 P. M. Moon's mer . pass . 4th N. A. 4d 06h 00m Moon's mer . pass . 5th N. A. +5 6 41 2 ) 9 12 4I 4 18 20 Cor . for long . 5h W. + IO Moon's lower transit Baltimore 4 18 30 High water ...
... water interval + 44 Low water ( civil time ) 5 07 35 P. M. Moon's mer . pass . 4th N. A. 4d 06h 00m Moon's mer . pass . 5th N. A. +5 6 41 2 ) 9 12 4I 4 18 20 Cor . for long . 5h W. + IO Moon's lower transit Baltimore 4 18 30 High water ...
10 ÆäÀÌÁö
Standard Methods of Computing the Times of High Water and Low Water as Required at the U.S. Local Inspectors ... interval High water ( ast . time ) Add 1 day and sub . 12 hours High water ( civil time ) 1/4 lunar day Low water ( civil ...
Standard Methods of Computing the Times of High Water and Low Water as Required at the U.S. Local Inspectors ... interval High water ( ast . time ) Add 1 day and sub . 12 hours High water ( civil time ) 1/4 lunar day Low water ( civil ...
±âŸ ÃâÆǺ» - ¸ðµÎ º¸±â
ÀÚÁÖ ³ª¿À´Â ´Ü¾î ¹× ±¸¹®
1/4 lunar day 10m for longitude 12 hours High A. M. 3 High A. M. 3 Low add 1 day add the high add the low added the correction astronomical date Burntcoat Head chief mate civil time P.M. coastwise steam vessels convert the astronomical correction 10m day and sub day and subtract day Low water deck department gives the astronomical gives the moon's High water ast High water civil High water interval hours High water hours to convert hours west interval High water interval Low water less than 12 Light-house longitude 5 hours Low water ast Low water civil Low water interval lunar day Low mate of ocean Moon's lower transit moon's meridian passage Moon's upper transit N. A. Cor Nautical Almanac ocean or coastwise ocean steam vessels Old Point Comfort pilot Port Darwin sail vessels subtract 12 hours third mate water interval High water interval Low white light wind ¥É¥Ï